16 – 21 June 2024
Leiden, the Netherlands
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16 – 21 June 2024
Leiden, the Netherlands
During the conference, 535 posters will be available for viewing. The posters will be presented in four sessions during the breaks: session 1 on Monday, session 2 on Tuesday, session 3 on Thursday, and session 4 on Friday.
Below is the overview of all posters. For posters that were submitted in advance for preview, you can click on ‘View’ in the right-hand column to view the poster.
You can sort the table by clicking on the column headers, and you can search the list by entering an abstract number, name, or term in the search field at the top right.
Many thanks to all who have shared their posters in advance!
The abstract texts are available on this website and in the app.
| No. | Title | Presenters | Session | Theme | Keywords | View poster | |
|---|---|---|---|---|---|---|---|
| 6 | Unveiling Sub-Neptune Atmospheres: A simulated search for biosignatures at high resolution with the ELT | Alejandro Sánchez López; Instituto de Astrofisica de Andalucia (IAA-CSIC) | 1 | Habitability | SubNeptunes, Atmospheres, ELTs, Biomarkers | ||
| 10 | The occurrence rates of young, Neptune-sized planets with ages less than 200 Myr | Sydney Vach; University of Southern Queensland | 1 | Demographics & Architectures | Young Planets, planet evolution | ||
| 11 | Modeling Photoevporative Atmospheric Escape with Metals and X-ray Physics | Madelyn Broome; University of California Santa Cruz | 1 | Atmospheres | Atmospheric Escape, Photoionization, Evolution | ||
| 37 | Confronting Composition Confusion through the characterisation of the sub-Neptune orbiting TOI-1778. | Larissa Palethorpe; University of Edinburgh | 1 | RV and transits | planets and satellites: compositionplanets and satellites: detection | View | |
| 38 | Understanding the origins of the radius valley | Jesper Nielsen; University of Copenhagen | 1 | Formation and evolution | Radii, Demographics, Formation, Atmospheres | View | |
| 39 | Magnetohydrodynamical torsional oscillations from thermo-resistive instability in hot jupiters | Raphaël Hardy; Université de Montréal | 1 | Atmospheres | magnetohydrodynamics, magnetic fields, variability | View | |
| 47 | Magnetic winding and turbulence in ultra-hot Jupiters | Clàudia Soriano Guerrero; INSTITUTE OF SPACE SCIENCES | 1 | Atmospheres | Hot Jupiters, Magnetic fields | View | |
| 49 | MASCARA: does it help your eyelash? | Swaetha Ramkumar; Trinity College Dublin | 1 | Atmospheres | MASCARA1b, composition, spectroscopy | View | |
| 51 | VHS 1256 b, HIP 99770 b, AF Lep b: Expected Thermal and Reflected Light Polarization | Maxwell Galloway; University of Central Florida | 1 | Direct Imaging and Interferometry | Brown dwarfs, planetary mass companions, polarization, clouds | ||
| 67 | Interior-atmosphere coupling for super-Earths and sub-Neptunes | Komal Bali; ETH Zürich | 1 | Interiors | interior atmosphere coupling | View | |
| 79 | Exploring the Origins of the Polar Planets | Ritika Sethi; Massachusetts Institute of Technology | 1 | Demographics & Architectures | Polar planets, spinorbit misalignment, tidal heating, | View | |
| 81 | JWST NIRSpec transmission and emission spectra of the lava world K2-141 b | Amélie Gressier; Space Telescope Science Institute | 1 | JWST Results | SuperEarth, NIRSpec G395H, exoplanet atmosphere, Lava planet | View | |
| 89 | Exploring atmospheric escape with new spectral lines | Dion Linssen; University of Amsterdam | 1 | Atmospheres | Atmospheric escape, Modeling | View | |
| 90 | Planet Formation at its Extremes – Giant Exoplanets around M-dwarf Star | Shubham Kanodia; Carnegie Institution for Science | 1 | RV and transits | M dwarf, Giant Planets, Demographics, Atmospheres | ||
| 98 | Precision photometric follow-up of high-value TESS targets with MINERVA-Australis | Sakhee Bhure; University of Southern Queensland | 1 | RV and transits | precision photometry, groundbased followup, small planets | ||
| 100 | The stormy coupled chemistry and clouds of directly imaged exoplanets and brown dwarfs | Elspeth Lee; University of Bern | 1 | Direct Imaging and Interferometry | Atmospheres | View | |
| 106 | ARDA: A 3D Atmospheric Modeling and Retrieval Code for High Spectral Resolution Phase Curves | Peter Smith; Arizona State University | 1 | Atmospheres | atmospheres, high resolution spectroscopy, atmospheric retrieval | ||
| 107 | Searching For Transiting Planets around Red Clump Stars: Constraining the Occurrence Rate of Close-In Planets | Victoria Bonidie; University of Pittsburgh | 1 | RV and transits | red clump, planet occurrence planetstar interactions | ||
| 108 | The Reanalysis and Recharacterization of 1RXS + 3127 B’s Spectral Type | Phoenix-Avery Sarian; The Ohio State University | 1 | Atmospheres | brown dwarfs, spectroscopyatmospheric characterization | ||
| 110 | TOI-201 and TOI-1670: New planets in warm Jupiter systems previously discovered by TESS | Ismael Mireles; University of New Mexico | 1 | RV and transits | Warm Jupiters | ||
| 119 | Characterising the Atmospheric Properties of WASP-43b Using Phase-Resolved Spectroscopy | Jingxuan Yang; University of Oxford | 1 | JWST Results | Phase Curves, Atmospheric Retrievals, WASP43b, Eclipse Mapping | ||
| 123 | Hot Jupiter – cold Jupiter. A complex sibling relation | Robert Wittenmyer; University of Southern Queensland | 1 | RV and transits | Cold Jupiter, Hot Jupiter | View | |
| 124 | Impact of Dynamical Tides on Planetary System Stability: Evolution of Multi-Planet Systems | Leon Ka-Wang Kwok; Observatoire de Genève, Université de Genève | 1 | Star-planet interactions | Stellar Tides, Tidal Interactions, Resonant Chains, Planetary Dynamics | ||
| 128 | Unlocking the Complexity of 3D Exoplanet Atmospheres: A Combined Modelling Approach and Observational Implications | Sven Kiefer; Institute of Astronomy, KU Leuven | 1 | Atmospheres | General Circulation Model (GCM), Clouds, HATS6b | View | |
| 132 | Searching for liquid surface water on Earth-like exoplanets with spectropolarimetry | Aurora Cagnoni, Delft University of Technology, Politecnico di Milano | 1 | Habitability | Earthlike exoplanets, oceans, polarimetry, radiative transfer | View | |
| 147 | Large Interferometer for Exoplanets (LIFE): characterizing the mid-infrared thermal emission of terrestrial exoplanets | Tim Lichtenberg; University of Groningen | 1 | Future missions/instrumentation | exoplanets, atmospheres, biosignatures, diversity | ||
| 148 | Characterisation of the atmosphere of WASP-76b using SPIRou | Thea Hood; IRAP | 1 | Atmospheres | Planets and satellites: atmospheres, Methods: data analysis, Techniques: spectroscopic | View | |
| 151 | Witnessing planet formation as it happens; HR diagram tracks of forming planets | Benedikt Gottstein; Universität Bern | 1 | Formation and evolution | Planetary HRDiagram, Luminosity, Planet formation | ||
| 164 | Planetary Eccentricity-Period distribution — differences between small- and giant-planets | Dolev Bashi; Tel-Aviv University | 1 | Demographics & Architectures | planets and satellites: dynamical evolution and st, planets and satellites: fundamental parameters, methods: statistical | View | |
| 166 | Condensation in atmospheres of hot, rocky planets | Leoni Janssen; Leiden Observatory | 1 | Atmospheres | magma planets, analytical, condensation | View | |
| 168 | Exploring the temperature profile of Jupiter’s deep atmosphere | Louis Siebenaler; Leiden University | 1 | Atmospheres | Jupiter, Giant planets atmospheres | View | |
| 170 | ESPRESSO observations of K2-106b and the properties USPs | Eike Wolf Guenther; Thüringer Landessternwarte Tautenburg | 1 | RV and transits | Ultrashort period planetsplanet densityradialvelocity measurements | ||
| 171 | Observations and modelling of the upper atmospheres of the hottest ultra-hot Jupiters | Luca Fossati; Space Research Institute, Austrian Academy of Sciences | 1 | Atmospheres | Transmission spectroscopy, Ultrahot Jupiters, Modelling and observations | ||
| 173 | Using Machine Learning to predict planetary detection | Jeanne Davoult; Universität Bern | 1 | Demographics & Architectures | Machine Learning, Architecture, Planetary systems, Detection | ||
| 183 | Study of characteristics of a stellar catalogue suitable for the PLATO Fine Guidance System | Samuel Bowling; Institute of Planetary Research, German Aerospace Center (DLR) | 1 | Future missions/instrumentation | Instrumentation, Photometry, Stellar variability | ||
| 184 | Peering above the clouds of the warm Neptune GJ 436b with CRIRES+ | Natalie Grasser; Leiden University | 1 | Atmospheres | CRIRES+, High resolution spectroscopy, GJ 436b, Cross correlation | View | |
| 187 | Towards the mysterious origins of warm Jupiters | Alexis Smith; German Aerospace Center (DLR) | 1 | Demographics & Architectures | warm Jupiters, gas giants, obliquity, RossiterMcLaughlin | View | |
| 192 | The space weather around the exoplanet GJ 436 b | Stefano Bellotti; Leiden Observatory | 1 | Star-planet interactions | stars: winds, stars: magnetic field, star: outflows, techniques: polarimetric | View | |
| 195 | TRAPPIST-1 Atmospheric Reconnaissance with JWST: First Look at the Habitable-Zone Exoplanet TRAPPIST-1 f with NIRISS | Olivia Lim; Trottier Institute for Research on Exoplanets/University of Montreal | 1 | JWST Results | TRAPPIST1, Transmission spectroscopy, Habitable zone, JWST | View | |
| 196 | Comparative Planetology of Magnetic Effects in Ultrahot Jupiters | Hayley Beltz; University of Maryland | 1 | Atmospheres | magnetism, GCM, ultrahot Jupiter, high resolution spectroscopy | View | |
| 197 | Last updates on the CUISINES project | Thomas Fauchez; NASA GSFC | 1 | Atmospheres | intercomparisons, atmospheres, exoplanets, radiative transfer | ||
| 202 | From the desert into the savannah: a trek across the exo-Neptunes landscape | Vincent Bourrier; Department of Astronomy, University of Geneva | 1 | Demographics & Architectures | Exoplanets, Orbital architectures, Transit spectroscopy, Evolution | ||
| 210 | 3D Simulations of Haze from Earth-like Exoplanets to Hot-Jupiters | Mei Ting Mak; University of Exeter | 1 | Atmospheres | Haze, 3D GCM, Radiative transfer, habitability | View | |
| 218 | A Search for Transiting Exosatellites in JWST Panchromatic Substellar Lightcurves | Mary Anne Limbach; University of Michigan | 1 | JWST Results | Exomoons, Transits | ||
| 220 | An unlikely survivor: a low-density hot Neptune orbiting a red giant star | Samuel Grunblatt; Johns Hopkins University | 1 | Formation and evolution | postmain sequence, atmospheric inflation, atmospheric mass loss | View | |
| 227 | Characterizing long-period massive companions in multiple systems | Alessandro Ruggieri; University of Padova | 1 | Demographics & Architectures | Techniques: miscellaneous, Stars: solartype, Planets and satellites: detection, Planets and satellites: dynamical evolution and st | ||
| 228 | EXOAID : Artificial Intelligence for Exoplanet Detection and Characterization in the Gaia era. | Asier Abreu Aramburu; ATG Science And Engineering S.L. | 1 | Microlensing and Astrometry | Astrometry, Deep LearningGaia | View | |
| 233 | Observing the winds and structure of an ultra-hot Jupiter atmosphere with CRIRES+ | David Cont; Universitäts-Sternwarte, Ludwig-Maximilians-Universität | 1 | Atmospheres | Ultrahot Jupiters, Highresolution spectroscopy | ||
| 236 | Three close-in planets with a long-period Saturn-mass companion: optimizing RV planet detections | Adam Stevenson; The Open University | 1 | RV and transits | planetary systems, planets: detection, techniques: radial velocities | View | |
| 244 | The Impact of Cometary ‘impacts’ on the Chemistry, Climate, and Observations of Earth-like Exoplanetary Atmospheres | Felix Sainsbury-Martinez; University of Leeds | 1 | Atmospheres | Planets and satellites: terrestrial planets, Planets and satellites: atmospheres, Methods: numerical, Planets and satellites: composition | View | |
| 252 | Exploring the observational and theoretical transition between Super-Earths and Sub-Neptunes around M and FGK-stars. | Léna PARC; University of Geneva | 1 | Demographics & Architectures | Distributions, Density, MR diagram, Observations vs Theories | View | |
| 253 | Space environment and ohmic heating of the TRAPPIST-1 exoplanets due to interplanetary coronal mass ejections | Filip Elekes; University of Cologne | 1 | Star-planet interactions | Starplanet interactions, Space weather, Trappist1, Interplanetary coronal mass ejections | View | |
| 255 | Clouds and hazes in the era of next-generation exoplanet data | Sushuang Ma; University College London | 1 | Atmospheres | Clouds and hazes, Transit spectroscopy, Retrieval techniques, Exoplanetary atmospheres | View | |
| 257 | A Close-in Neptune Orbiting a Very Low Mass Star Challenges Formation Models | Gudmundur Stefansson; University of Amsterdam | 1 | RV and transits | Planet Detection, M stars, Radial Velocity, Planet Formation | ||
| 258 | AI-based Optimization of JWST & HST Time-Series Observations using Eureka! | Reza Ashtari; The Johns Hopkins University Applied Physics Laboratory | 1 | Other | JWST, Data, AI, atmospheres | ||
| 263 | Discovery of NIR Gas Emission with JWST/NIRSpec in a Debris Disk | Cicero Lu; NSF’s NOIRLab, Gemini Observatory | 1 | JWST Results | Debris Disks, Planet Formation, Gas | View | |
| 269 | Inferring the empirical distribution of stellar tidal dissipation factors from citizen-scientist and professional transit observations | Lawrence Berry; University College London | 1 | Star-planet interactions | tidal, decay, transit, TTV | View | |
| 272 | JWST/NIRSpec’s transformative capability for direct spectroscopy of exoplanets | Jean-Baptiste Ruffio; University of California, San Diego | 1 | JWST Results | Direct imaging, High resolution spectroscopy, Exoplanet atmospheres | ||
| 276 | The HUSTLE program: Unveiling the UV-optical spectrum of Hot Gas Giants with Hubble | Carlos Gascón; Center for Astrophysics | Harvard & Smithsonian | 1 | Atmospheres | Transmission Spectroscopy, Hot Gas Giants, UltravioletopticalHubble Space Telescope | ||
| 279 | The search for induced stellar flares using TESS | Tansu Daylan; Washington University | 1 | Star-planet interactions | Induced stellar flare, magnetosphere, magnetic reconnection | View | |
| 280 | The stable atmospheric dynamics of hot Jupiters | Thaddeus Komacek; University of Maryland | 1 | Atmospheres | Hot Jupiters, Atmospheric Dynamics | View | |
| 281 | The Limiting Factors: Extending our Observational Capabilities to Probe the Atmosphere of KELT-9b | Nicholas Borsato; Macquarie University | 1 | Atmospheres | Ultrahot Jupiters, Spectroscopy, Crosscorrelation, HighResolution Transit Observations | View | |
| 289 | The coupled impact of atmospheric dynamics and cloud microphysics on WASP-43b and WASP-121b | Emeline Fromont; University of Maryland | 1 | Atmospheres | General Circulation Model, Hot Jupiter, Microphysics | View | |
| 292 | A Deep HST/WFC3/H-alpha Imaging Survey to Probe the Demographics of Accreting Planets at Wide Separations | Lillian Jiang; The University of Texas at Austin | 1 | Demographics & Architectures | Accreting Planets, Planet Demographics, Machine Learning, RDI | ||
| 309 | Climatic evolution of molten super-Earths | Emma Postolec; University of Groningen, Kapteyn Astronomical Institute | 1 | Atmospheres | Rocky exoplanets, Superearths, Magma ocean, Atmospheric escape | ||
| 312 | Stellar echoes: searching for the reflected light of exoplanets | Sophia Vaughan; University of Oxford | 1 | Atmospheres | Atmospheres, Future missions/ instrumentation, Habitability | View | |
| 318 | Polycyclic Aromatic Hydrocarbons in Exoplanet Atmospheres (Exploring Equilibrium Chemistry) | Dwaipayan Dubey; Ludwig Maximilans University of Munich | 1 | Habitability | Atmospheres, Astrochemistry, PAHs | View | |
| 331 | Planet formation in stellar clusters via pebble accretion | Shuo Huang; Leiden Observatory | 1 | Formation and evolution | accretion, accretion disks, protoplanetary disks, planets and satellites: formation, planetdisk interactions | ||
| 335 | Planet Populations Throughout The Galaxy: Insights from high-resolution galaxy formation simulations and planet population synthesis | Christopher Boettner; Kapteyn Astronomical Institute, University of Groningen | 1 | Demographics & Architectures | Planet Population Synthesis, Galaxy Formation and Evolution, Planet Formation | ||
| 340 | Unraveling the Origin of Detected Species on WASP-178b with ESPRESSO | Julia Seidel; European Southern Observatory; Yuri Damasceno; Instituto de Astrofísica e Ciências do Espaço | 1 | Atmospheres | Atmospheric Detection, ESPRESSO, JWST Target, Spectroscopy | View | |
| 343 | The SISTINE Sounding Rocket: The high-energy radiation environment in Sun-like binary systems | Patrick Behr; University of Colorado, Boulder | 1 | Star-planet interactions | binary system, farultraviolet, instrumentation, spectroscopy | ||
| 345 | Near-Infrared Transmission Spectroscopy with NIRISS: Disentangling Planetary and Stellar Features in the Era of JWST | Marylou Fournier Tondreau; University of Oxford | 1 | JWST Results | Exoplanetary atmospheres, Hot Jupiters, Transmission spectroscopy, Stellar activity | View | |
| 350 | The dynamics of the TRAPPIST-1 system in the context of its formation | Shuo Huang; Leiden Observatory | 1 | Formation and evolution | planets and satellites: dynamical evolution and s, planets and satellites: formation, planet–disc interactions, protoplanetary discs | ||
| 351 | When, where, and how many planets end up in first-order mean motion resonances? | Shuo Huang; Leiden Observatory | 1 | Demographics & Architectures | planets and satellites: dynamical evolution and s, planets and satellites: formation, planet–disc interactions, celestial mechanics | ||
| 355 | Exploring Hidden Planet Formation: The JWST/NIRCam Coronagraphic Observations of the HD 163296 System | Taichi Uyama; California State University Northridge | 1 | JWST Results | direct imaging, planet formation | View | |
| 356 | Searching for Atmospheric Outflow Variability in WASP-69b | W. Garrett Levine; Yale University | 1 | Atmospheres | MassLoss, Metastable He | View | |
| 357 | Assessment of He I triplet absorption at 10830Å in escaping atmospheres of hot gaseous exoplanets | Anna Taylor; Lunar and Planetary Laboratory, University of Arizona | 1 | Atmospheres | Exoplanet Atmospheres, Hot Jupiters, Atmospheric escape, Atomic Processes | View | |
| 358 | DETECTABLITY OF WATER VAPOR ON TERRESTRIAL EXOPLANETS AROUND GK STARS WITH TIANLIN | Wei Wang; National Astronomical Observatories, Chinese Academy of Sciences | 1 | Future missions/instrumentation | exoplanetary atmosphere, terrestrial planets, space mission | ||
| 360 | The Progress of East Asian Planet Search Network | Huan-Yu Teng; National Astronomical Observatories, Chinese Academy of Sciences | 1 | RV and transits | Radial velocity, Evolved stars, Giant planets | ||
| 364 | WASP-18b – a test case for deep dynamics and radius inflation | Ludmila Carone; Space Research Institute (IWF), Graz | 1 | Atmospheres | 3D GCM, Interior, Inflation | ||
| 369 | Exotic Planet Candidates from Planet Hunters NGTS | Sean O’Brien; Queen’s University Belfast | 1 | RV and transits | citizen science, transit photometry | View | |
| 370 | CHEOPS observations of KELT-20b: an aligned orbit and signs of variability from a reflective dayside | Vikash Singh; Osservatorio Astrofisico di Catania, INAF | 1 | Atmospheres | Exoplanet Atmospheres, Individual: KELT20b/MASCARA2b, Photometry: CHEOPS and TESS | ||
| 379 | HARVY: A Highly-repeatable-Autonomous-extreme-precision-Radial-Velocity-facilitY concept to intensively search for Earth-twins and follow-up transiting planets. | Clark Baker; University of Cambridge | 1 | Future missions/instrumentation | Radial Velocity, EPRV, Spectrograph, Earth Twin | ||
| 383 | Spectral follow-up of astrometrically selected planet host candidates using Apache Point Observatory. | Anne Peck; New Mexico State University | 1 | Direct Imaging and Interferometry | Accelerating Stars, Astrometry, Bayesian, Direct Imaging | ||
| 384 | Surveying hot Jupiter atmospheres with Keck/KPIC | Luke Finnerty; UCLA | 1 | Atmospheres | highresolution spectroscopy, composition, hot Jupiters, infrared | View | |
| 390 | JWST’ first dive into a Water-World atmosphere | Amélie Gressier; Space Telescope Science Institute | 1 | JWST Results | Waterworld, Exoplanet atmosphere, NIRSpec G395H, data reduction | View | |
| 393 | Exploring the Lower Planet Size Boundary of Planetary Habitability | Michelle Hill; University of California Riverside | 1 | Habitability | Habitability, Modeling, Water, Low mass | ||
| 394 | Effects of UV Radiation on Sub-Neptune Hazes Through Laboratory Experiments | Lori Huseby; University of Arizona, Lunar & Planetary Laboratory | 1 | Star-planet interactions | Exoplanet HazesLaboratory ExperimentsWater WorldsUV Flaring Events | View | |
| 401 | Astroclimes – describing the capabilities of our synthetic transmission spectra code for removing telluric lines | Marcelo Aron Fetzner Keniger; University of Warwick | 1 | Other | Telluric lines, Synthetic transmission spectra | ||
| 405 | Characterizing the exoplanetary atmosphere by modeling its H-alpha and He 10830 transmission spectra | Dongdong Yan; Yunnan Observatories, Chinese Academy of Sciences | 1 | Atmospheres | exoplanetary atmosphere Halpha and He 10830, transmission spectra | View | |
| 411 | Attractor reconstruction of active stellar light curves | Emily Sandford; University of Cambridge | 1 | RV and transits | Stellar activity, Time series analysis, Methods | View | |
| 412 | Coupling atmospheric retrieval to interior characterization for Super-Earths and Sub-Neptunes | Maria Oreshenko; ETH Zurich | 1 | Atmospheres | Coupling interior and atmosphere, water content | ||
| 419 | Chasing for new proxies of the magnetic activity with SPIRou | Paul Charpentier; IRAP – CNRS | 1 | RV and transits | Techniques: radial velocities, Techniques: spectroscopic, Stars: magnetic fields | ||
| 421 | Characterising Polluted White Dwarfs with Machine Learning to Probe Extrasolar Geochemistry | Mariona Badenas-Agusti; Massachusetts Institute of Technology | 1 | Interiors | white dwarfs, atmospheres, compositions, spectroscopy | View | |
| 425 | Refractory abundances of the inner regions of protoplanetary disks. | Marbely Micolta; University of Michigan | 1 | Formation and evolution | Planet Formation, Refractory abundances | View | |
| 427 | Investigate the Formation of Giant Planets Around M Dwarfs | Tianjun Gan; Tsinghua University | 1 | RV and transits | Giant planets, M dwarfs, Demographics | View | |
| 430 | Exogeodynamics: simulating dynamical and thermal evolution of rocky exoplanets with various mantle mineralogy | Rob Spaargaren; University of Groningen | 1 | Interiors | Rocky exoplanets, Geodynamics, Tectonic regime, Bulk rocky exoplanet composition | View | |
| 431 | Vapor equilibrium models of rocky planets growing by pebble accretion | Marie-Luise Steinmeyer; Globe Institute, University of Copenhagen | 1 | Formation and evolution | pebble accretionrocky planets, atmospheres | View | |
| 432 | Two temperate Earth-mass planets orbiting the nearby star GJ | Alejandro Suárez Mascareño; Instituto de Astrofísica de Canarias | 1 | RV and transits | ESPRESSO, CARMENES, Earthlike planets, Mdwarfs | ||
| 435 | NIRPS takes a look at Proxima | Alejandro Suárez Mascareño; Instituto de Astrofísica de Canarias | 1 | RV and transits | NIRPS, Proxima, Mdwarfs, NIR | ||
| 436 | Two transiting super-Earths orbiting the nearby K-dwarf TYC 6398-132-1 | Alejandro Suárez Mascareño; Instituto de Astrofísica de Canarias | 1 | RV and transits | ESPRESSO, TESS, rocky planets, water worlds | ||
| 437 | Know Thy Neighbor: Solar System Analog Observations for Exoplanet Science | Tyler Robinson; University of Arizona | 1 | Atmospheres | Comparative Planetology, Solar System, Planetary Atmospheres, Atmospheric Retrieval | View | |
| 438 | The Effects of Kinematic MHD on Eccentric Hot/Ultrahot Jupiter GCMs | Willow Houck; University of Maryland | 1 | Atmospheres | Atmospheric GCMs, Phase Curves, Ultra Hot Jupiters | View | |
| 442 | The K2 & TESS Synergy: Uniting NASA’s Planet Hunters | Erica Thygesen; Michigan State University | 1 | RV and transits | Ephemerides, Catalogues | View | |
| 444 | GJ 526: A Search of Planets in Our Cosmic Backyard | Atanas Konstantinov Stefanov; Instituto de Astrofísica de Canarias | 1 | RV and transits | stellar activity, Mdwarfs, exoplanets, radial velocity | ||
| 445 | A close companion to a hot Jupiter? | Jan-Vincent Harre; German Aerospace Center (DLR), Institute of Planetary Research | 1 | RV and transits | Transit timing variations, Orbital decay, Photometry, CHEOPS | ||
| 446 | WASP-4 b’s apparent orbital decay can be explained by the Rømer effect | Jan-Vincent Harre; German Aerospace Center (DLR), Institute of Planetary Research | 1 | RV and transits | Transit timing variations, Orbital decay, Photometry, | ||
| 447 | The interplay between pebble and planetesimal accretion in giant planet formation | Andrin Kessler; University of Bern | 1 | Formation and evolution | Pebble accretion, Giant planet formation, Planetary migration, Population synthesis | ||
| 449 | The Influence of Photometry on Deconfusion of Directly Imaged Multi-Planet Systems | Samantha Hasler; Massachusetts Institute of Technology | 1 | Direct Imaging and Interferometry | direct imaging, orbit determination, photometry | View | |
| 452 | A New Era in Exoplanet Characterization with the Habitable Worlds Observatory | Searra Foote; University of Arizona | 1 | Future missions/instrumentation | exoplanets, planetary atmospheres, NASA Habitable Worlds Observatory | View | |
| 454 | Tracking Tropical Cyclones in High-resolution GCM Simulations of TRAPPIST-1e with Varying Levels of Atmospheric CO2 | Cole Smith; The University of Maryland | 1 | Atmospheres | Tropical Cyclones, Hurricanes, TRAPPIST1e, ExoCAM | View | |
| 457 | The Not-So Dramatic Effect of Advective Flows on Gas Accretion | Vincent Savignac; McGill University | 1 | Formation and evolution | Gas accretion, Atmospheric recycling, superEarths and miniNeptunes | ||
| 458 | The Tianlin Mission: a 6m class UV-to-NIR Space Telescope for Habitable Worlds and Extraterrestrial Lifes | Wei Wang; National Astronomical Observatories, Chinese Academy of Sciences | 1 | Future missions/instrumentation | space telescope; habitable worlds; biosignature, coronagraph, exoplanets | ||
| 460 | Early Solar System dynamical instability triggered by dispersal of the gaseous protoplanetary disk | Beibei Liu; Zhejiang University | 1 | Formation and evolution | solar system evolutiongiant planet migration | View | |
| 464 | Atmospheric inhomogeneities and observational degeneracies from CRIRES+ observations of the hot Jupiter WASP-189b | Fabio Lesjak; Institut für Astrophysik und Geophysik Göttingen | 1 | Atmospheres | Atmospheric retrieval, Ultrahot Jupiter, High resolution, Atmospheric dynamics | ||
| 465 | Panopticon: a machine learning model to detect transits in PLATO light curve | Hugo Vivien; Laboratoire d’Astrophysique de Marseille | 1 | RV and transits | Transit: detection, Space mission, Machine Learning | ||
| 466 | Stellar activity and planetary signals investigated through TOI1727, a solar-like star with a rocky planet. | Alix Freckelton; University of Birmingham | 1 | RV and transits | radial velocity, transit, stellar activity | View | |
| 468 | Temperate exoplanets: golden targets for linking observations and modeling | Solène Ulmer-Moll; Space Research and Planetary Sciences, Physics Institute, University of Bern | 1 | RV and transits | Characterization, Gas giants | ||
| 469 | Forming Clouds with Theory and Laboratory Measurements | Erika Kohler; NASA Goddard Space Flight Center | 1 | Atmospheres | Laboratory, Vapor Pressures, Refractory Clouds | ||
| 471 | The phases of an ultra-hot gas giant from the optical to the mid-infrared | Adrien Deline; University of Geneva | 1 | Atmospheres | WASP18 b, Ultrahot Jupiter, Phase curve | ||
| 478 | Like a wrecking ball: understanding giant planets as the key to finding Earths | Rob Wittenmyer; University of Southern Queensland | 1 | Habitability | giant planets, radial velocities, habitability | ||
| 485 | The spin-orbit angle distribution of close-in exoplanets under the lens of tides | Omar Attia; University of Geneva | 1 | Demographics & Architectures | spinorbit, obliquity, tides, statistics | ||
| 486 | Exploring Ionospheric Conductivity in Giant Exoplanets: Implications for Magnetosphere-Ionosphere Dynamics and Energy Balance | Leonardos Gkouvelis; Ludwig-Maximilians-Universitat | 1 | Atmospheres | Giant exoplanets, Upper atmosphere, Ionosphere, Magnetosphere | ||
| 487 | Exploring Atmospheric Stability and Habitable Topography on Tidally Locked Rocky Exoplanets | Leonardos Gkouvelis; Ludwig-Maximilians-Universitat | 1 | Habitability | Rocky exoplanets, Tidally locked, Atmospheric stabilityhabitability | ||
| 488 | K2-155: a curious transiting system observed with Maroon-X | Nicola Nari; Light Bridges S.L. | 1 | RV and transits | K2, MAROONXRV + transits | ||
| 491 | Are there planets around hot subdwarfs? | Valerie Van Grootel; ULiège | 1 | Formation and evolution | Evolution after the RGB phase, Starplanet interactions | ||
| 493 | TI-DYE: an all-sky search for planets in nearby young associations | Madyson Barber; University of North Carolina at Chapel Hill | 1 | Formation and evolution | young planets, evolution, transits | ||
| 501 | Preliminary result obtained through high-resolution cross-correlation spectroscopy of hot Jupiter, WASP-69b, using Gemini-S/IGRINS | Yeon-Ho Choi; Korea Astronomy and Space Science Institute | 1 | Atmospheres | Highresolution crosscorrelation spectroscopy, transit | ||
| 502 | Using high resolution cross correlation spectroscopy to probe oxygen fugacity regimes in lava ocean worlds | Spandan Dash; University of Warwick | 1 | Atmospheres | high resolution cross correlation spectroscopy, atmosphereinterior connection, lava ocean worlds | View | |
| 504 | An ESPRESSO view of the HD 189733 system | Eduardo Cristo; Instituto de Astrofísica e Ciências do Espaço, Universidade do Porto, CAUP | 1 | Atmospheres | Atmospheres, Orbital Architecture, RossiterMcLaughlin effect, Stellar Surfaces | View | |
| 509 | Looking at the impact of stellar activity on radial velocities : SPIRou/SOPHIE measurements of EV-lac | Pierre Larue; IPAG | 1 | RV and transits | Stellar activity, SPIRou, SOPHIE, Line By Line | ||
| 516 | A search for transiting planets around hot subdwarfs | Antoine Thuillier; Université de Liège | 1 | Star-planet interactions | PostRGB stars, Transits | View | |
| 517 | Using high-contrast binaries to improve the characterisation of exoplanet atmospheres | Daniel Sebastian; University Of Birmingham | 1 | Atmospheres | exoplanet atmospheres, binaries, circumbinary planets, spectroscopic | View | |
| 519 | The impact of convection on the climate of a tidally locked planet in stretched-mesh simulations | Denis Sergeev; University of Exeter | 1 | Atmospheres | Planetary atmospheres, Convection, Clouds, General Circulation Models (GCMs) | View | |
| 520 | The quest of life-as-we-know-it outside the Solar system: the time-evolution of the ultraviolet habitable zone | Riccardo Spinelli; INAF | 1 | Habitability | Abiogenesis, Astrobiology, Starplanet interaction, Ultraviolet | View | |
| 525 | Probing the Nature of Young Puffy Planets Through Theoretical Mass Constraints | Amalia Karalis; McGill University | 1 | Formation and evolution | Young planets, Starplanet connectionEnvelope evolution | ||
| 535 | DIPSY: A new Disc Instability Population SYnthesis | Oliver Schib; University of Bern | 1 | Formation and evolution | Planet Formation, Disc Instability, Protoplanetary Discs, Giant Planets | View | |
| 536 | Two of a kind: parallel transmission spectra of a single transit | Dominique Petit dit de la Roche; University of Geneva | 2 | Atmospheres | Transmission spectrum, Observation, Groundbased, WASP69 | View | |
| 537 | The stability of water-rich atmospheres | Antonio García Muñoz; CEA Paris-Saclay | 2 | Atmospheres | stability, longterm, escape, evolution | ||
| 539 | Unraveling the Dust-Gas Dynamics in the Rings of Protoplanetary Disks | Maya Tatarelli; McGill University | 2 | Formation and evolution | Protoplanetary disks, Dust ring formation, Hydrodynamic simulations, Dustgas fluid interaction | ||
| 540 | Disequilibrium chemistry modelling indicates a carbon-rich atmosphere on WASP-69b | Nidhi Bangera; Space Research Institute, Austrian Academy of Sciences | 2 | Atmospheres | Chemical disequilibrium, photochemistry, eddy diffusion | View | |
| 546 | On the Planet-Forming Environment of the Milky Way’s Thick Disk | Tim Hallatt; McGill University | 2 | Formation and evolution | protoplanetary disksphotoevaporation, demographics, planet formation | ||
| 547 | Modeling Heterogeneities of Habitable Exoplanets in Polarized Reflected Light | Kenneth Goodis Gordon; University of Central Florida | 2 | Habitability | Spectropolarimetry, Habitable planets, Exoplanets, Radiative Transfer | ||
| 548 | The evolution of hot Jupiters revealed by the age distribution of their host stars | Di-Chang Chen; Nanjing University | 2 | Formation and evolution | hot Jupiters, planet formation and evolution, starplanet connection | View | |
| 549 | The Occurrence and Architecture of Kepler Planetary Systems as a Function of Kinematic Age | Di-Chang Chen; Nanjing University; Ji-Wei Xie; Nanjing University | 2 | Demographics & Architectures | Statistical, Planetary systems, Planetstar interactions | View | |
| 555 | Red Dwarf Upside-Down Cake: M Dwarf Evolution from a Brown Dwarf Perspective | Christopher Davis; University of California Santa Cruz | 1 | Star-planet interactions | M dwarfs, stellar evolution, brown dwarfs | View | |
| 561 | The diversity of Neptune-sized Exoplanets | Luigi Mancini; University of Rome “Tor Vergata” | 1 | RV and transits | Neptunesized exoplanets | View | |
| 562 | Planetary Perturbers – searching for flaring star-planet interaction with Kepler and TESS | Ekaterina Ilin; Netherlands Institute for Radio Astronomy (ASTRON) | 2 | Star-planet interactions | flares, magnetic starplanet interaction, Kepler, TESS | ||
| 563 | XO-7 as a possible multi-object planetary system characterized with TESS and MUSICOS/SP | Zoltán Garai; HUN-REN-ELTE Exoplanet Research Group | 2 | RV and transits | methods: observational, techniques: photometric, techniques: radial velocities, planets and satellites: individual: XO7b | View | |
| 564 | TOI-2015 b: A sub-Neptune-desert planet around an M-dwarf star with large TTVs | Khalid Barkaoui; Astrobiology Research Unit, Université de Liège, Allée du 6 Août 19C | 2 | RV and transits | Exoplanet, Photometry, Radial velocity, TTVs | ||
| 568 | Atmospheric variability in an exoplanet. | Quentin Changeat; European Space Agency – STScI | 2 | Atmospheres | exoplanet atmosphere, variability, data analysis | ||
| 570 | A physical cloud model for atmosphere retrieval | Helong Huang; Tsinghua University | 2 | Atmospheres | Exoplanet atmosphere, Cloud model | ||
| 574 | Observability of substructures in planet-forming disk in (sub)cm wavelength with SKA and ngVLA | Yinhao Wu; University of Leicester | 2 | Future missions/instrumentation | simobserve, Protoplanetary disks, Hydrodynamics | ||
| 575 | Planet migration in windy disk | Yinhao Wu; University of Leicester | 2 | Formation and evolution | planetdisk interaction, planet migration, MHD disk wind | ||
| 577 | The Impact of possible Orographic Gravity Waves on Rocky Exoplanetary Circulation pattern. | Leonardos Gkouvelis; Ludwig-Maximilians-Universitat ; Can Akin; Ludwig-Maximilians-Universitat | 2 | Atmospheres | Rocky exoplanets, General circulation models | ||
| 578 | Understanding the Planetary Formation and Evolution in Star Clusters(UPiC) | Yuan-Zhe Dai; Nanjing University | 2 | Formation and evolution | Exoplanet evolution, Exoplanet catalogs, Open star clusters | View | |
| 582 | Eclipse Mapping of Exoplanets with Smoothness Optimised by Cross-Validation | Mark Hammond; University of Oxford | 2 | Atmospheres | Eclipse Mapping, Hot Jupiters | View | |
| 584 | Searching for magnetic star-planet interaction with radio in the CARMENES sample | Luis Peña-Moñino; IAA-CSIC; Miguel Pérez-Torres; IAA-CSIC | 2 | Star-planet interactions | SPI, Radio, CARMENES | ||
| 587 | Unveiling the internal structure of the three planets transiting HIP 29442 with CHEOPS | Jo Ann Egger; Weltraumforschung und Planetologie, Physikalisches Institut, Universität Bern | 2 | RV and transits | Techniques: photometric, Planets and satellites: interior, Planets and satelllites: formation, Planetary systems | View | |
| 588 | The formation of transiting circumplanetary debris discs from the disruption of satellite systems | Alexander Mustill; Lund University | 2 | Demographics & Architectures | Dynamics, Transits, Exomoons | View | |
| 593 | Refining the planetary mass-metallicity relation for giant planets | Solène Ulmer-Moll; Space Research and Planetary Sciences, Physics Institute, University of Bern | 2 | Interiors | Interior modeling, Gas giants | ||
| 596 | Getting to know long-period giant planets with Hipparcos-Gaia astrometry | Alexander Venner; University of Southern Queensland | 2 | Microlensing and Astrometry | Astrometry, Giant Planets | ||
| 598 | Investigating Star-Planet Compositional Ties for Systems with Iron-Poor Host Stars | Daisy Turner; University of Birmingham | 2 | Star-planet interactions | ironpoor stars, stellar abundances, small planets | ||
| 601 | Transiting giant planets around low-mass stars | Yolanda Frensch; Geneva Observatory | 2 | RV and transits | Giant planets, Lowmass stars | View | |
| 605 | First SPACE Program results: a near-infrared transmission spectrum of the hot sub-Neptune HD 86226c | Kim Angelique Kahle; Max Planck Institute for Astronomy | 2 | Atmospheres | SubNeptunes, Individual: HD 86226c, Techniques: transmission spectroscopy, Atmospheres | View | |
| 609 | The first transmission spectrum of TRAPPIST-1c using JWST NIRISS/SOSS | Jake Taylor; University of Oxford | 2 | JWST Results | Atmospheres, TRAPPIST1 | ||
| 610 | Impacting Atmospheres: Linking Solid Accretion During Planet Formation to Exoplanet Composition | Emilia Vlahos; McGill University | 2 | Atmospheres | Neptune Atmospheres, Planetesimal Accretion, Pebble Accretion, Planet Formation | View | |
| 611 | TOI-332b: a super dense Neptune found deep within the Neptunian desert | Ares Osborn; McMaster University | 2 | RV and transits | Neptunian desert, Planet discovery | View | |
| 612 | Spectroscopic binning and retrieval sensitivity | Jack Davey; University College London (UCL) | 2 | Atmospheres | Retrievals, Binning, Transit, Spectroscopy | View | |
| 613 | Probing gas giant atmospheres using sulfur chemistry | Rens Waters; Radboud University | 2 | Atmospheres | hot gas giant atmospheres, transit spectroscopy, photochemistry, planet formation | View | |
| 616 | First discovery by NIRPS : TOI-756c, an eccentric warm giant companion to the TESS Sub-Neptune. | Léna PARC; University of Geneva | 2 | RV and transits | Detection and Characterization, NIRPS, SubNeptune, Warm eccentric giant | View | |
| 619 | Measuring XUV irradiation and modelling the atmospheric escape and evolution it drives | George King; University of Michigan | 2 | Formation and evolution | Atmospheric escape, XUV irradiation, Neptunian desert, Radius valley | View | |
| 631 | Short-Period Brown Dwarf Companions as a Context for Observing Flare-Driven Photochemistry in Atmospheres | Aidan Gibbs; University of California, Los Angeles | 2 | Star-planet interactions | planet star interactions, brown dwarfs, stellar flares, planetary atmospheres | View | |
| 636 | 3D Simulations of Exoplanetary Atmosphere Escape | Fabienne Nail; Univsersity of Amsterdam | 2 | Atmospheres | atmospheric escape, helium observations | ||
| 639 | Investigating the climate of WASP-18 b in 3D | Lennart Van Sluijs; University of Michigan | 2 | Atmospheres | Ultra hot Jupiters, Atmospheric dynamics, Global Circulation Model, NIR observations | ||
| 641 | Exploring the Mornings and Evenings of Distant Exoplanets | Nestor Espinoza; Space Telescope Science Institute | 2 | Atmospheres | Transit Spectroscopy, JWST, Exoplanet atmospheres, Exoplanet interiors | ||
| 642 | Non-LTE hydrodynamic XUV-evaporation of exoplanet secondary atmospheres | Richard Chatterjee; University of Oxford | 2 | Atmospheres | hydrodynamic onset, nitrogen escape, atomic line cooling, cosmic shoreline | ||
| 648 | Explaining JWST observations of 55 Cancri e using self-consistent atmospheric models. | Mantas Zilinskas; SRON | 2 | Atmospheres | JWST, 55 Cancri e, Atmospheres, Rocky planets | ||
| 649 | Improving Low-mass Star Exoplanet Hosts’ Masses and Radii Through the Combination of Gaia and TESS | Stephen Schmidt; Johns Hopkins University | 2 | RV and transits | Exoplanet Host Stars | ||
| 655 | Unmasking stellar activity in extreme precision Doppler spectroscopy using Neural Networks | Jordi Blanco-Pozo; Institute of Space Sciences (ICE-CSIC) | 2 | RV and transits | Stellar activity, Machine Learning | ||
| 660 | A reanalysis of the spectral characteristics of the ultra-cool dwarf TRAPPIST-1 | Fatemeh Davoudi; Unversity of Liege | 2 | JWST Results | TRAPPIST1, JWST | ||
| 661 | WASP-69b: global modelling of helium escape as seen with NIRPS | Yann Carteret; Observatoire Astronomique de l’Université de Genève | 2 | Atmospheres | HighResolution Transmission Spectroscopy, Helium, Photoevaporation, NIRPS | View | |
| 663 | Unraveling the influence of atmospheric escape on heavy metal evolution in warm (super-)Neptunes | Amy Louca; Leiden University | 2 | Formation and evolution | Atmospheric escape, Atmospheric evolution, Gaseous exoplanets, Atmospheric simulations | ||
| 666 | Exploration of possible atmospheres on TRAPPIST-1b | Alice Maurel; Institut d’Astrophysique de Paris | 2 | Atmospheres | TRAPPIST1 | ||
| 669 | The Rossiter-McLaughlin effect and exoplanet transits: a delicate association at medium and low spectral resolution. | Yann Carteret; Observatoire Astronomique de l’Université de Genève | 2 | Atmospheres | RossiterMcLaughlin, Low resolution spectroscopy, HD209458b, | View | |
| 674 | Characterising young transiting exoplanet host stars within the GAPS project | Simone Filomeno; Università degli Studi di Roma ‘Tor Vergata’ | 2 | Star-planet interactions | stellar abundances, stellar parameters, stellar atmospheres, spectroscopy | ||
| 681 | From Dust to exoplanetary System, Planet Formation in Dust Rings Informed by Alma Observations. | Nicolas Kaufmann; University of Bern | 2 | Formation and evolution | planet formation, ALMA, planetesimal formation, embryo formation | ||
| 683 | A planetary-mass candidate around a young solar-mass binary | Pengyu Liu; Leiden University | 2 | Direct Imaging and Interferometry | direct imaging, binary stars, astrometry | ||
| 686 | Clouds and Clarity: Revisiting Atmospheric Feature Trends in Neptune-size Exoplanets | Jonathan Brande; University of Kansas | 2 | Atmospheres | Exoplanet Transit Spectra, Atmospheric Aerosols | ||
| 687 | A hot sub-Saturn in the middle of the Neptunian desert | Ilaria Carleo; IAC | 2 | RV and transits | Neptunian desert | ||
| 688 | Forging planets in Fornacis | Pengyu Liu; Leiden University | 2 | Direct Imaging and Interferometry | planet searching, open cluster, young stars | ||
| 689 | The PPOLs Model of Pebble Accretion for Water Delivery to Inner Planet Cores | Sean McCloat; University of North Dakota | 2 | Demographics & Architectures | system architecture, pebble accretion, water | ||
| 690 | Three temperature radiation hydrodynamics with PLUTO: planet induced rings, gaps, and shadows in disks | Dhruv Muley; Max-Planck-Institut für Astronomie | 2 | Formation and evolution | protoplanetary disks, radiative transfer, hydrodynamics | View | |
| 698 | Inspiration through space science: exoplanet themed education activities for secondary students | Kate Isaak; European Space Agency (ESTEC) | 2 | Other | Cheops, educationinspirationactivities | View | |
| 700 | Analyzing Opacity Model Sensitivity in JWST Transmission and Emission Spectra | Aaron Householder; Massachusetts Institute of Technology | 2 | JWST Results | JWST, Atmoshperes, Opacity models | ||
| 702 | The Coupled Impacts of Atmospheric Composition and Obliquity on the Climate Dynamics of TRAPPIST-1e | Tobi Hammond; University of Maryland | 2 | Atmospheres | Terrestrial Exoplanets, Exoplanet Atmospheres, Habitability | ||
| 704 | Chaotic Type I Migration in Turbulent Discs | Yinhao Wu; University of Leicester | 2 | Star-planet interactions | planetdisk interaction, planet migration, Hydrodynamics | ||
| 707 | PEGASUS: PHOENIX EUV Grid And Stellar UV Spectra | Sarah Peacock; University of Maryland Baltimore County | 2 | Star-planet interactions | Ultraviolet, Low mass stars | View | |
| 710 | Revealing the chemistry of DoAr33: a system with an intermediate C/O ratio | Maria Jose Colmenares Diaz; University of Michigan | 2 | JWST Results | protoplanetary disks, astrochemistry | ||
| 715 | The impact of stellar spot-crossings on planet transmission spectra | Catriona Murray; University of Colorado Boulder | 2 | Star-planet interactions | JWST, Transmission Spectroscopy, Stellar Contamination, Cool Stars | View | |
| 716 | Fast Fractal Clouds: Aggregate Aerosols in the Virga Cloud Code | Sarah E. Moran; Lunar and Planetary Laboratory, University of Arizona | 2 | Atmospheres | clouds, modeling, hazes | ||
| 721 | Wave propagation and transmission in a rotating polytropic spherical shell | Yuru Xu; Beijing Normal University | 2 | Formation and evolution | Planetary interiors, Rotation, Internal waves | ||
| 729 | When do planetary systems become debris disks? | Carsten Dominik; University of Amsterdam | 2 | Demographics & Architectures | Planet Formation, Planetary systems | View | |
| 731 | Variability and Spectroscopic Modeling of Brown Dwarf Atmospheres | Xianyu Tan; Shanghai Jiao Tong University | 2 | Atmospheres | Brown Dwarf, Variability, Spectrum, Giant Planet | View | |
| 732 | The first results from high-resolution transmission spectra of the sub-Neptune GJ 3090b with VLT/CRIRES+ | Luke Parker; University of Oxford | 2 | Atmospheres | subNeptunes, HighResolution Spectroscopy, Transmission Spectroscopy | ||
| 739 | Homogeneous and precise characterization of exoplanet hosting stars within the Ariel and GAPS projects | Katia Biazzo; INAF-Astronomical Observatory of Rome | 2 | Star-planet interactions | Elemental abundances, Fundamental parameters, Kinematic properties, Formation and evolution | ||
| 744 | Cross-correlations and JWST: an alternate route towards atmospheric composition | Emma Esparza-Borges; Instituto de Astrofísica de Canarias | 2 | JWST Results | Atmospheres, Crosscorrelations, Transmission spectroscopy | View | |
| 746 | What PDS 70 can tell us about hot- and cold-start formation models | Jonas Sauter; Max Planck Institute for Astronomy | 2 | Direct Imaging and Interferometry | Exoplanet formation, PDS 70, Orbit determination | ||
| 748 | HeI survey of planets on the Neptunian desert’s edge considering stellar activity with GIARPS | Gloria Guilluy; INAF-OATO | 2 | Atmospheres | photoevaporation, atmospheres, stellar activity | ||
| 750 | Circumbinary planet occurrence rates and detection limits | Matthew Standing; European Space Agency | 2 | RV and transits | Radial velocity, Transits, Circumbinary planets, Detection limits | View | |
| 751 | Hunting exoplanets around Ultracool Dwarfs with RV NIR-spectrographs | Roberto Varas; Instituto de Astrofísica de Andalucía | 2 | RV and transits | Ultracool Dwarfsnearinfraredspectrographs, exoplanets | View | |
| 752 | Prediction and search for free-floating planets | Qiyue Qian; Tsinghua University | 2 | Microlensing and Astrometry | Freefloating planets, Microlensing | ||
| 757 | Multi-physics interaction between planetary atmospheres and their host stars. | Alexandre Gillet; CEA | 2 | Star-planet interactions | Escape processes, Mass loss, Secondary ionisationMHD simulations | ||
| 760 | K-Stacker’s multi-epoch recombination, and enhanced contrast capabilities for the E-ELT. | Hervé Le Coroller; LAM | 2 | Direct Imaging and Interferometry | exoplanets, High contrast imaging, EELT, coronagraph | View | |
| 769 | The quest for the He I 10830 triplet in exoplanets | Jorge Sanz-Forcada; Centro de Astrobiología, CSIC-INTA | 2 | Atmospheres | planet atmospheres, stars: coronae, astrobiology, Extreme Ultraviolet Astronomy | View | |
| 770 | Influences of data processing techniques on the interpretation of atmospheric spectra from JWST | Simon Schleich; University of Vienna | 2 | Atmospheres | Atmospheric retrieval, JWST, Data reduction | ||
| 775 | Inner Edges of Planetary Systems: Architectures and Stellar-Mass-Dependence | Mengfei Sun; School of Astronomy and Space Science, Nanjing University | 2 | Demographics & Architectures | exoplants, inner edges, planetary systems, statistical | View | |
| 777 | Sub-Neptune populations resulting from magma-atmosphere chemical coupling | Kaustubh Hakim; KU Leuven / Royal Observatory of Belgium | 2 | Atmospheres | MagmaAtmosphere Coupling, SubNeptunes, Atmospheric Chemistry, Observable Signatures | ||
| 782 | Rossiter-McLaughlin observations with FEROS | Melissa Janice Hobson; Observatoire de Genève | 2 | Demographics & Architectures | spinorbit alignment, RossiterMcLaughlin, transiting planets | ||
| 788 | Measuring Rotation and Wind Velocities on Exoplanets through Occultations Observed at High Spectral Resolution | Vincent Yariv; IPAG | 2 | Atmospheres | High Resolution Spectroscopy, Occultation, Rotation, Hot Jupiters | ||
| 789 | Kepler and Beyond: An Updated View of Earth-sized Planets in the Habitable Zone | Galen Bergsten; Lunar and Planetary Laboratory, The University of Arizona | 2 | Demographics & Architectures | eta_Earth, Earthsized Planets | ||
| 791 | Making a MESS out of TESS: Searching for microlensing by free-floating planets with TESS | William DeRocco; University of California, Santa Cruz | 2 | Microlensing and Astrometry | Freefloating planets, Microlensing, TESS | ||
| 792 | Direct Simulation Monte Carlo modelling of exoplanetary atmospheres | Leander Schlarmann; University of Bern | 2 | Atmospheres | Planetary atmospheres, Lava worlds, DSMC | ||
| 793 | Midnight Molecules: Photodissociations and Transport-Induced Chemistry on Hot Exoplanets | Robin Baeyens; University of Amsterdam | 2 | Atmospheres | atmospheric characterization, chemical composition, atmospheric circulation, photochemistry | View | |
| 794 | A formally motivated retrieval framework applied to the high resolution transmission spectrum of HD189733b | Doriann Blain; Max-Planck-Institut für Astronomie | 2 | RV and transits | Highresolution, Infrared, Atmospheres, Data analysis | View | |
| 795 | Mapping Exoplanet Atmospheres with Direct Ground-based Observations | Ben Sutlieff; University of Edinburgh | 2 | Direct Imaging and Interferometry | Direct imaging, Exoplanet atmospheres, Brown dwarfs, High angular resolution | View | |
| 796 | New Kids on the Block: The Emerging Planets of Ursa Major | Melinda Soares-Furtado; University of Wisconsin-Madison | 2 | Demographics & Architectures | young exoplanets, moving groups, transit detections | ||
| 801 | The Uncharted Worlds JWST Direct Imaging Survey for Sub-Jupiter Mass Exoplanets | Aarynn L Carter; University of California, Santa Cruz | 2 | JWST Results | JWST, Direct Imaging, SubJupiters, Exoplanet Atmospheres | ||
| 804 | The Role of Orbital Dynamics In Planetary Habitability | Stephen Kane; University of California, Riverside | 2 | Habitability | planetary habitability, orbital dynamics, Habitable Zone | ||
| 806 | Unsupervised reduction and sensitivity analysis of astrochemical networks for exoplanets | Arturo Lira Barria; KU Leuven | 2 | Atmospheres | Astrochemistry, Numerical methods, Composition, Atmospheres | View | |
| 808 | Phase shifts between RVs and stellar variability indicators | Annelies Mortier; University of Birmingham | 2 | RV and transits | Radial Velocity, Stellar Variability, Activity Indicators, HARPSN | View | |
| 812 | Towards Transiting Tatooines: A search for circumbinary planets with TESS | Dominic Oddo; University of New Mexico | 2 | Demographics & Architectures | Circumbinary planets, Transits | ||
| 815 | Exploring Systematic Errors in the Inferred Parameters of the Transiting Planets | Alison Duck; The Ohio State University | 2 | RV and transits | Transits, Systematic Uncertainties, Host Stars | View | |
| 823 | Predicting and Finding Temperate Terrestrial Planets and Optimizing Their Future EPRV Observations | Jeremy Dietrich; Arizona State University | 2 | Demographics & Architectures | Architectures, RV | View | |
| 826 | K2-22b: A Rocky World Inside Out | Nick Tusay; Penn State University | 2 | JWST Results | Transmission Spectroscopy, Disintegrating Planet, Interiors, Rocky Worlds | ||
| 827 | Hyper-realistic simulations of observations of exoplanet atmospheres | Vincent Kofman; NASA Goddard Space Flight Center | 2 | Atmospheres | Spectroscopy, General circulations models | ||
| 829 | Rocky Planet or Water World? The Observability of Low-Density Lava World Atmospheres | Anjali Piette; Carnegie Earth & Planets Laboratory | 2 | Atmospheres | Lava worlds, Atmosphereinterior interactions, SuperEarths, Water worlds | ||
| 838 | Ultraviolet to Infrared Atmosphere Spectroscopy of the Hot-Neptune LTT 9779b | Michael Radica; Université de Montréal | 2 | JWST Results | Hot Neptune, JWST, HST, Atmosphere | View | |
| 843 | Dynamics and Origins of the Near-resonant Kepler Planets | Max Goldberg; California Institute of Technology | 2 | Formation and evolution | Orbital resonances, Transit timing variations, Exoplanet dynamics | ||
| 851 | Uncovering the Obliquity Distribution of Hot Stars with Massive Hot Jupiters and Brown Dwarfs | Steven Giacalone; California Institute of Technology | 2 | Demographics & Architectures | Stellar obliquity, Planet migration, Hot Jupiters, Brown Dwarfs | ||
| 853 | Imaging protoplanets from space: the HALPHA survey and beyond | Yifan Zhou; University of Virginia | 2 | Direct Imaging and Interferometry | direct imaging, planet formation, gas giant planets, protoplanetary disks | View | |
| 855 | Unravelling the atmospheres of rocky planets with real gas equations of state and solubility | Dan Bower; ETH Zurich | 2 | Atmospheres | interioratmosphere coupling, solubilities, real gas eos, rocky planets | View | |
| 861 | The impact of rotation and magnetic fields on the radial velocity jitter in cool stars | Henrik Ruh; Institut für Astrophysik und Geophysik | 2 | RV and transits | stars: lowmass, stars: activity, stars: magnetic field, techniques: radial velocities | ||
| 868 | Reassessing Water Worlds: Machine Learning Analysis of Small Planets around M-type Stars | Silke Dainese; Aarhus University, Department of Physics and Astronomy | 2 | Demographics & Architectures | Water Worlds, Planetary Diversity, Machine Learning | ||
| 869 | Atmospheres of ultra-hot rocky exoplanets as windows into their interior | Fabian Seidler; ETH Zürich | 2 | Atmospheres | atmosphereinterior interaction, lava planets, hot rocky exoplanets | ||
| 871 | On-Sky performances and science objectives of the new nIR spectrograph NIRPS | François Bouchy; Geneva Observatory | 2 | Future missions/instrumentation | nIR spectrograph, radial velocity | View | |
| 875 | Is there Glory in the atmosphere of WASP-76 b ? | Vikash Singh; INAF, Osservatorio Astrofisico di Catania; Ludmila Carone; Space Research Institute, Austrian Academy of Sciences | 2 | Atmospheres | Ultrahot Jupiter, Reflected light, Cloud, Hazes and Condensation, Phase curve | ||
| 881 | Unveiling young exoplanet atmospheres with high dispersion spectroscopy | Jiacheng Peng; Department of Physics and Astronomy, University of Bologna | 2 | Atmospheres | Planet Atmosphere, Young Planet, Highdispersion Spectroscopy, Planet Formation | ||
| 885 | Ask Gaia: The first chatbot for astrophysics | Simon Albrecht; Aarhus University | 2 | Other | Artificial Intelligence, Retrieval Augmented Generation (RAG), Gaia | View | |
| 887 | WASP-193b: The lightest hot Jupiter ever found | Francisco J. Pozuelos; Instituto de Astrofísica de Andalucía-CSIC | 2 | RV and transits | HotJupiter, formation, evolution, JWST | ||
| 889 | Exoplanet Detection and Mass Measurements with the FOCES spectrograph at the Wendelstein Observatory | Luis Thomas; University Observatory Munich, LMU | 2 | RV and transits | Exoplanet Detection, TESS followup, combcalibrated spectrograph | ||
| 890 | Does atmospheric composition actually trace formation? Observing aligned vs misaligned hot Jupiters as a testbed | Eva-Maria Ahrer; Max Planck Institute for Astronomy | 2 | Atmospheres | Exoplanet atmospheres, Exoplanet formation, Exoplanet migration | ||
| 891 | The Paranal solar ESPRESSO Telescope – towards a resolved view of the Sun | André M. Silva; Instituto de Astrofísica e Ciências do Espaço | 2 | Future missions/instrumentation | Solar telescope, Stellar activity, Instrumentation | View | |
| 894 | Internal fractionation of atmosphere-forming volatile elements on low-mass exoplanets | Tim Lichtenberg; University of Groningen | 2 | Interiors | lowmass exoplanets, magma ocean, atmosphere formation, interior evolution | ||
| 903 | HD 22946 d: a 47-day transiting warm sub-Neptune confirmed by TESS and CHEOPS | Zoltán Garai; HUN-REN-ELTE Exoplanet Research Group | 2 | Demographics & Architectures | methods: observational, techniques: photometric, planets and satellites: detection, planets and satellites: fundamental parameters | View | |
| 904 | The challenge of long-period exoplanets: Rossiter-McLaughlin observation of the 542 days period exoplanet HIP41378f | Salomé Grouffal; Aix-Marseille University | 2 | RV and transits | RossiterMcLaughlin, PLATO, longperiods planets, HIP41378 | ||
| 906 | 20 years of CORALIE RVs measurements: the outer companions of Hot Jupiters. | Léna PARC; University of Geneva | 2 | Demographics & Architectures | Hot Jupiters, Outer companion, Longterm RV followup, Dynamical interactions | View | |
| 909 | Is GJ3090b a water world? Four transits with JWST will take on this question | Eva-Maria Ahrer; Max Planck Institute for Astronomy | 3 | JWST Results | exoplanet atmospheres, water worlds, transmission spectroscopy | ||
| 910 | The 12CO/13CO in directly-imaged planets and brown dwarfs | Darío González Picos; Leiden University | 2 | Atmospheres | atmosphere, highresolution, directimaging, isotopologues | View | |
| 912 | Measuring tracers of planet formation in the atmosphere of WASP-77Ab | Billy Edwards; SRON, Netherlands Institute of Space Research | 2 | JWST Results | Atmospheric Composition, Elemental Ratios, Planet Formation | ||
| 915 | A pair of massive planets around a Sun-like star from the WINE survey | Jan Eberhardt; Max-Planck-Institute for Astronomy | 2 | RV and transits | Exoplanet detection, Radial velocities, Transit, Dynamics | ||
| 921 | Probing super-Jupiter formation: Unraveling the mechanisms through a homogeneous atmospheric analysis. | Paulina Palma Bifani; Laboratoire Lagrange | 2 | Atmospheres | Formation and evolution, C/O ratioPhysical properties, Spectral library | View | |
| 928 | Robustness of the CO2-H2O-O3 Triple Signature as an Exoplanetary Biomarker | Benjamin Taysum; Deutsches Zentrum für Luft-und Raumfahrt (DLR) | 2 | Atmospheres | Biosignatures, Rocky exoplanets | ||
| 931 | Design and on-sky performance of the high-contrast imaging modes of the new VLT/ERIS instrument | Jean Hayoz; ETH Zürich | 2 | Direct Imaging and Interferometry | Direct imaging, Instrument, Coronagraph | View | |
| 932 | NIRISS vs WFC3 – Exoplanet Showdown : A Comparative Analysis of Transmission Spectra | Chloe Fisher; University of Oxford | 2 | Atmospheres | Retrievals, JWST, HST | ||
| 934 | Leveraging a 3D Global-Climate-Model for climate studies of hot giant gaseous exoplanets and brown dwarfs | Lucas Teinturier; Lesia, Observatoire De Paris | 2 | Atmospheres | giant planets, brown dwarfs, numerical simulations, clouds | ||
| 937 | Metal-rich stars are less friendly to life: The UV paradox | Anna Shapiro; Max Planck Institute for Solar System Research (MPS) | 2 | Atmospheres | Earthlike atmosphere, metallicity, habitability | ||
| 939 | Astrometric jitter due to magnetic activity for Sun-like stars | Sowmya Krishnamurthy; Max Planck Institute for Solar System Research | 2 | Microlensing and Astrometry | Stellar activity, Astrometric jitter | ||
| 945 | A new metric for assessing planetary surface habitability | Hannah Woodward; Birkbeck, University of London | 2 | Habitability | habitable zone, climate models, astrobiology, limits of life | View | |
| 949 | Transit Photometry at the Wendelstein Observatory | Laura Schöller; University Observatory Munich | 2 | RV and transits | Exoplanet Detection, TESS followup, multiband photometry | View | |
| 950 | Connecting the Atmosphere, Interior, and Outflow of the Dying Ultrahot Jupiter HAT-P-67 b | Zafar Rustamkulov; Johns Hopkins University | 3 | Atmospheres | Transits, Ultrahot Jupiters, HST | ||
| 951 | Enhancing Exoplanet Atmospheric Characterization with Machine Learning Techniques | Antónia Vojteková; University College London | 3 | Atmospheres | Exoplanetary Atmospheres, Disequilibrium Chemistry, Machine Learning, Atmospheric Retrieval Techniques | View | |
| 953 | Exploring TESS’ contribution to ground surveys | Nicole Schanche; CRESST-II UMD | 3 | RV and transits | TESS, WASP, groundbased surveys | ||
| 954 | Drifts of the sub-stellar points of the TRAPPIST-1 planets | Alexandre Revol; Geneva Observatory | 3 | Star-planet interactions | Tides | ||
| 957 | Decoding atmospheric compositional gradient of close-in gas-giant archetypes | Hinna Shivkumar; University of Amsterdam | 3 | Atmospheres | HotJupiters, Atmospheric Chemistry, Phase Curves, | ||
| 958 | Exploring beyond! Advancements in exoplanet detection in the SHINE High-Contrast Imaging survey through RSM framework | Mariam Sabalbal; Université de Liège | 2 | Direct Imaging and Interferometry | high contrast imaging, image postprocessing, exoplanet detection | View | |
| 959 | A Bayesian model for RV extraction | André M. Silva; Instituto de Astrofísica e Ciências do Espaço | 3 | RV and transits | RV extraction, Spectral modelling | View | |
| 961 | The ExoMol Database: developments and the 2024 data release | Jingxin Zhang; University College London | 2 | Other | ExoMol, exoplanet, line list, highresolution | View | |
| 963 | Changing disc compositions via internal photoevaporation | Julia Lienert; Max Planck Institute for Astronomy | 3 | Formation and evolution | protoplanetary discs, internal photoevaporation | View | |
| 964 | On the effect of star spots on transit detection in the context of PLATO | Geert Jan Talens; University of Oxford | 3 | RV and transits | transits, star spots, modelling, PLATO | View | |
| 967 | High-resolution exploration of sub-Neptunes’ atmospheres with NIRPS | Dany Mounzer; Observatoire Astronomique de l’Université de Genève | 3 | Atmospheres | SubNeptunes, HighResolution Transmission Spectroscopy, Helium, MultiWavelength | View | |
| 968 | Interior of Jupiter and new equations of state: what consequences for exoplanets? | Saburo Howard; Institute for Computational Science, Zürich Universität | 3 | Interiors | Jupiter, Equation of state, Exoplanets, Interiors | ||
| 971 | Modeling giant exoplanets self consistently. | Christian Wilkinson; LESIA | 3 | Interiors | Interiors, Atmospheres, Composition, Physical evolution | ||
| 973 | Global 3D MHD dynamo simulations of Hot-Jupiter in different evolutionary times | Albert Elias-López; Insitute of Space Sciences | 2 | Interiors | Global 3D MHD simulation, HotJupiters, Planetary dynamos, Gigayear evolution | View | |
| 976 | Your Opportunities with ESA’s CHEOPS | Theresa Luftinger ; ESA/ESTEC; Ana Heras; ESA | 2 | Other | ESA, CHEOPS, Space Mission, Photometry | View | |
| 977 | CALM thy stars: a new spectral-based stellar variability modeling method for RV searches | Zoë L. de Beurs; Massachusetts Institute of Technology | 3 | RV and transits | stellar variability, radial velocities, machine learning, activity | ||
| 983 | Volatile Solubility Experiments on Planetary Melt Analogs and Implications for Rocky Exoplanet Interior-Atmosphere Connections | Maggie Thompson; ETH-Zürich | 3 | Atmospheres | Magma Exoplanets, Volatiles, Solubility | View | |
| 984 | ESA PLATO Mission: Data access and community involvement | Ana M. Heras; ESA/ESTEC | 2 | Future missions/instrumentation | RV and transits, Demographics & Architectures, Interiors, Formation and evolution | View | |
| 988 | Three new super-Earths from TESS and ESPRESSO | Melissa Janice Hobson; Observatoire de Genève | 3 | RV and transits | EPRV, transiting planets, active stars, superEarths | View | |
| 992 | The architecture of the multiplanetary system GJ 9827. | María Rosa Zapatero Osorio; Centro de Astrobiología, CSIC-INTA | 3 | Demographics & Architectures | planetary transit, high precision radial velocity | ||
| 993 | MANGOS: The sweet taste of giants orbiting M dwarfs | Georgina Dransfield; Univeristy of Birmingham | 3 | Demographics & Architectures | Lowmass stars, Transit photometry, Detection and Discovery, Giant Planets | ||
| 995 | The Exoplanet Exposure Triangle: Optimising ground-based spectroscopic observations of transiting exoplanets through exposure cadence | Linn Boldt-Christmas; Uppsala University | 3 | RV and transits | Atmospheres, High resolution spectroscopy, Methodology, Observations | View | |
| 996 | Spright: a probabilistic mass-density-radius relation for small planets | Hannu Parviainen; University of la Laguna | 3 | Demographics & Architectures | Small exoplanets, Waterrich planets, Massdensity relation, Software tools | ||
| 997 | New exoplanet candidates? Deep learning exploration of the SHINE high-contrast imaging survey | Carles Cantero Mitijans; Université de Liège | 3 | Direct Imaging and Interferometry | High Contrast Imaging, image postprocessing, Exoplanet Detection | ||
| 1001 | GJ 724 b: the most eccentric single-planet around an M dwarf | Paula Gorrini; Institut für Astrophysik und Geophysik, Georg-August-Universität | 3 | RV and transits | detection | View | |
| 1006 | A comprehensive homogeneous investigation of orbital ephemeris and transmission spectrum of WASP-19 b. | Anitha Raj Rajkumar; Universidad de Atacama | 3 | Star-planet interactions | Orbital Decay, Transmission Spectroscopy, Exoplanet atmospheres, Ultrahot Jupiters | ||
| 1010 | Enhancing Exoplanet Detection Beyond TESS: Insights from SPECULOOS on M-dwarf Occurrence Rates | Maddy Scott; University of Birmingham | 3 | Demographics & Architectures | occurence rates, mdwarfs, longperiod planet | ||
| 1012 | Hot Jupiters and their close friends | Judith Korth; Lund University | 3 | Demographics & Architectures | transit timing variations, hot Jupiters | ||
| 1014 | Spectral Characterization of the Young Giant Planet AF Leporis b | Eric Nielsen; New Mexico State University | 3 | Direct Imaging and Interferometry | accelerating stars, direct imaging, spectroscopy, giant planets | ||
| 1015 | Ground-based discoveries in the near-infrared with SPIRIT | Clàudia Janó Muñoz; University of Cambridge | 3 | RV and transits | transits, infrared, groundbased | ||
| 1016 | Exploring the architectures of nearby exoplanetary systems using high-precision space astrometry | Fabien Malbet; Univ. Grenoble Alpes / CNRS / IPAG | 3 | Microlensing and Astrometry | differential astrometry, solar neighborhood, detector, space mission | ||
| 1017 | Early bird catches the atmosphere? Eclipse photometry of hot super-Earth HD 260655b with JWST/MIRI. | Prune Camille August; DTU Space | 3 | JWST Results | terrestrial exoplanets, atmospheres, eclipse photometry | ||
| 1020 | H-He masses in mini-Neptunes after formation: the importance of envelope enrichment | Marit Mol Lous; University of Zürich | 3 | Formation and evolution | gas accretion, primordial envelope, miniNeptunes | ||
| 1022 | On the dynamical stability and evolution of HR8799 in a clustered environment | Brent Maas; Leiden University | 3 | Star-planet interactions | Dynamical evolution and stability, Numerical methods | ||
| 1028 | Effect of stellar magnetism on limb darkening and transit light curves. | Nadiia Kostogryz; Max Planck Institute for Solar System Research | 3 | RV and transits | transmission spectroscopy, stellar limb darkening, stellar magnetic field | ||
| 1029 | Probing the planet formation via the compositions of gas-giant exoplanets and their parent stars | Zhoujian Zhang; University of California, Santa Cruz | 3 | Formation and evolution | Chemical composition of exoplanets and host stars, planet formation and evolution, atmospheric characterization, spectroscopic observations | ||
| 1036 | Improved constraints of the solar abundances from neutrino and solar winds: Implications to outer planets | Ngoc Truong; Southwest Research Institute | 3 | Atmospheres | Solar abundances, CNO neutrino, Jupiter, Uranus | ||
| 1041 | Does the Present-Day Sub-Neptune Orbital Architecture Retain the Memory of Migration? | Kevin Marimbu; McGill University | 3 | Formation and evolution | Orbital period distribution, Nbody simulations, SubNeptune, Orbital dynamics | ||
| 1042 | Exomoon Detection with Targeted JWST Observations | Tyler Gordon; University of California, Santa Cruz | 3 | RV and transits | Exomoons, Transits, JWST, Detection | View | |
| 1044 | Origin of compact exoplanetary systems during disk infall | Raluca Rufu; Southwest Research Institute | 3 | Formation and evolution | compact exoplanetary systems, planetary formation, diskplanet interactions | ||
| 1047 | Energetic Radiation Environments of Exoplanets through Time | Kristina Monsch; Center for Astrophysics | Harvard & Smithsonian | 3 | Star-planet interactions | space weather, stellar Xray emission, stellar rotation, photoevaporation | ||
| 1050 | New three dimensional stability criteria for circumbinary planets. | Nikolaos Georgakarakos; New York University Abu Dhabi | 3 | Formation and evolution | celestial mechanics, binaries: general, planets: dynamical evolution and stability, methods: numerical | View | |
| 1051 | Architects of the Cosmos: JWST Reveals Protoplanets as the Origin of Disk Structures | Gabriele Cugno; University of Michigan | 3 | JWST Results | Planet formation, highcontrast imaging, protoplanets detection | ||
| 1058 | Towards planetary population syntheses in MHD wind-driven discs | Jesse Weder; Universität Bern | 3 | Formation and evolution | Planetary Population Syntheses, Magnetohydrodynamics, PlanetDiscInteraction | View | |
| 1060 | The first physical characterization of a disk surrounding a forming brown dwarf companion | Gabriele Cugno; University of Michigan | 3 | JWST Results | Planet formation, Circumplanetary disks, highcontrast imaging, | ||
| 1067 | Nuance: uncovering transits hidden in photometric stellar variability | Lionel Garcia; Flatiron Institute | 3 | RV and transits | transits detection, active stars, data analysis | ||
| 1069 | Thermal Emission from the First Giant Planet Transiting a White Dwarf | Sydney Jenkins; Massachusetts Institute of Technology | 3 | JWST Results | Giant planet, White dwarf | ||
| 1070 | Evidence for a variable hydrogen cloud around the young Neptune DS Tuc Ab | Leonardo Dos Santos; Space Telescope Science Institute | 3 | Star-planet interactions | atmospheric escape, spectroscopy, hubble space telescope, transits | View | |
| 1077 | Henrietta: Updates on a new exoatmosphere spectrograph for Las Campanas Observatory | Jason Williams; Carnegie Institution for Science | 1 | Future missions/instrumentation | Atmospheres, Instrumentation, Transit Spectroscopy, Groundbased | View | |
| 1080 | Clouds and Hazes in GJ 1214b’s Metal Rich Atmosphere | Isaac Malsky; The University of Michigan | 3 | Atmospheres | Atmosphere, Clouds, Hazes, 3D Models | ||
| 1084 | Assembly of Exoplanetary Atmospheres: Towards a New Framework for Data Interpretation and Life Detection | Estelle Janin; Arizona State University | 3 | Habitability | Combinatorial Chemistry, Assembly Theory, Atmospheres, Life Detection | View | |
| 1085 | Setting the stage for science with the Habitable Worlds Observatory: Properties of 164 promising targets | Caleb Harada; University of California, Berkeley | 3 | Future missions/instrumentation | Future missions, Habitability, Direct imaging, Catalogs | ||
| 1087 | PAHs in Exoplanet Atmospheres: A Parameter Space Study | Rosa Arenales Lope; LMU | 3 | Atmospheres | JWST, Twinkle, ParameterSpaceStudy, PAHs | View | |
| 1091 | The AutoRegressive Planet Search Method Applied to TESS Year 1 and 2 | Elizabeth Melton; Rose-Hulman Institute of Technology | 3 | RV and transits | Exoplanet Catalogs, Exoplanet Transits, Time Domain Astronomy, Exoplanet Detection Methods | ||
| 1092 | High CO2 Climates and Observables in the Outer Habitable Zone (OHZ) | Daria Pidhorodetska; University of California, Riverside | 3 | Habitability | biosignatures, trappist, habitability, climate | View | |
| 1093 | MICADO spectroscopic mode for exoplanet characterization | Paulina Palma Bifani; Laboratoire Lagrange | 3 | Future missions/instrumentation | ELT, Atmospheric characterisation, MICADO | View | |
| 1095 | Signatures of chemical disequilibrium in the infrared colors of 51 Eridani b | Alexander Madurowicz; University of California, Santa Cruz | 3 | Atmospheres | Spectroscopy, Direct Imaging, Disequilibrium Chemistry | ||
| 1096 | New Visualization Tools from the NASA Exoplanet Archive | Ricky Nilsson; Caltech / IPAC-NExScI; Aurora Kesseli; Caltech / IPAC-NExScI | 3 | Other | exoplanets, visualizations, databases | View | |
| 1098 | The Young Wide Orbit Planetary Mass Companion ROSS 458 ABc: Gas Giant or Brown Dwarf? | William Meynardie; University of Michigan | 3 | Formation and evolution | wideorbit, retrieval, formation | ||
| 1106 | Thermal effects on the bulk density of rocky planets | Artyom Aguichine; Department of Astronomy and Astrophysics, University of California | 3 | Interiors | Terrestrial planets, SuperEarths, Magma ocean, Evolution | View | |
| 1110 | What do Planetary Architectures Really Look Like? New Insights from EXPRES | John Brewer; San Francisco State University | 3 | Demographics & Architectures | EPRV Survey, Planetary Architecture | ||
| 1111 | Under the Magnifying Glass: Using TOI-4201b to view gaps in our understanding of planet formation | Megan Delamer; Pennsylvania State University | 3 | Formation and evolution | Giant planets | ||
| 1112 | Enabling JWST transmission spectroscopy in the presence of stellar contamination | Natalie Allen; Johns Hopkins University | 3 | Atmospheres | Stellar contamination, Atmospheres, JWST, TRAPPIST1 | View | |
| 1113 | Spin-Orbit Angles Beyond 10 AU: Clues About the Formation of Imaged Planets and Brown Dwarfs | Brendan Bowler; The University of Texas at Austin | 3 | Direct Imaging and Interferometry | Stellar Obliquities | ||
| 1118 | Modeling the Chemistry and Spectra of Water World Atmospheres with PICASO | Anna Gagnebin; University of California, Santa Cruz | 3 | Atmospheres | Water Worlds, Modeling | View | |
| 1125 | Evolving C/N/O Ratios and Ice lines in Dynamical Protoplanetary Disks | Elizabeth Yunerman; Center for Astrophysics | Harvard & Smithsonian | 3 | Formation and evolution | Ice lines, Protoplanetary Disks, Molecular Properties | ||
| 1130 | Pushing Efficiency of Planet Formation: Detection and Characterization of a Saturn around an M dwarf | Varghese Reji Karlathe; Tata Institute of Fundamental Research | 3 | RV and transits | M type stars, Giant planets, Planet formation | View | |
| 1133 | Characterizing Giant Exoplanet Atmospheres with the Nancy Grace Roman Space Telescope Coronagraph Instrument | Zarah Brown; University of Arizona | 3 | Future missions/instrumentation | Direct Imaging, Atmospheres | View | |
| 1136 | Detection of transiting circumbinary planets in TESS Full-Frame Image lightcurves” | Nader Haghighipour; PSI & IfA | 3 | RV and transits | Transit Photometry, Circumbinary planets | ||
| 1138 | Observational Evidence for a Dependence Between Atmospheric Mass-Loss and High-Energy Incident Flux in Transiting Exoplanets | Patrick McCreery, Johns Hopkins University | 3 | Atmospheres | Exoplanet atmospheres, Extrasolar gaseous planets, Infrared astronomy | ||
| 1139 | Planet population synthesis model for validation of planet formation theory | Tadahiro Kimura; National Astronomical Observatory of Japan | 3 | Formation and evolution | superEarth, primordial atmosphere, population synthesis | ||
| 1143 | Implications of the Quenching Approximation on the Retrieval Models | Vikas Soni; Physical Research Laboratory | 3 | Atmospheres | Exoplanet atmospheres, Exoplanet atmospheric composition | ||
| 1145 | Pushing the boundaries of planet detection in the Radial Velocity Method using AI | Anoop Gavankar; Tata Institute of Fundamental Research | 3 | RV and transits | Radial velocity, Exoplanets, Stellar jitter, Machine learning algorithms | View | |
| 1147 | High-resolution transmission spectroscopy of TOI-132b with ESPRESSO | Michal Steiner; Observatory of Geneva | 3 | Atmospheres | TOI132b, ESPRESSO, RossiterMcLaughlin effect, transmission spectroscopy | ||
| 1148 | Towards HADES: The deepest probe of a Lava World atmosphere | Engin Keles; Freie University Berlin | 3 | Atmospheres | Terrestrial planets, Atmospheres, Lava Worlds | ||
| 1152 | Robustness Challenges in Exo-Atmosphere Research: Simulator-Driven Analysis of SNR Variability | Alejandro Sánchez López; Instituto de Astrofisica de Andalucia (IAA-CSIC) | 3 | Atmospheres | Significance Assessment, Detection robustness, Realistic simulations of observations, | ||
| 1156 | Blueshifted Fe I emission in dayside of WASP-76b detected with ESPRESSO | Christophe Lovis; Observatoire Astronomique de l’Université de Genève | 3 | Atmospheres | Highresolution Emission Spectroscopy, Ultra Hot Jupiters, ESPRESSO, WASP76b | ||
| 1172 | Airy worlds or barren rocks? On the survivability of secondary atmospheres around the TRAPPIST-1 planets. | Gwenaël Van Looveren; University of Vienna | 3 | Star-planet interactions | TRAPPIST1, atmospheric chemistry, atmospheric loss | ||
| 1173 | A new, adaptive time step, hybrid symplectic, N-body integration scheme for planetary systems. | Simon Grimm; ETH Zurich | 3 | Formation and evolution | Nbody, Simulation | ||
| 1175 | The impact of stellar evolution on planetary systems | Edward Bryant; Mullard Space Science Laboratory, University College London | 3 | Demographics & Architectures | Planetary populations, Transiting planets, Evolved stars | View | |
| 1176 | Stormy, breezy or calm on HD189733b? New transmission spectra and models of the NaD lines | Engin Keles; Freie University Berlin | 3 | Atmospheres | Gaseous exoplanets, Transmission spectroscopy | ||
| 1180 | Experimental tests of the calibration of high precision differential astrometry for exoplanets and dark matter | Manon Lizzana; IPAG | 3 | Microlensing and Astrometry | high precision differential astrometry, exoplanets | ||
| 1181 | Exoplanet atmospheric retrievals combining high- and low-resolution spectroscopy | Paolo Giacobbe; Astrophysical Observatory of Torino – INAF | 3 | Atmospheres | highresolution spectroscopy, exoplanetary atmospheres, retrievals, transmission spectroscopy | ||
| 1182 | The COBREX project: unleashing the full potential of archival high-contrast imaging observations | Vito Squicciarini; LESIA – Observatoire de Paris | 3 | Direct Imaging and Interferometry | highcontrast imaging, exoplanet demographics, methods: data analysis | ||
| 1185 | Can 1D radiative equilibrium models of faculae be used for calculating contamination of transmission spectra? | Veronika Witzke; Max Planck Institute for Solar System Research | 3 | Atmospheres | Faculae, Exoplanet surface composition | ||
| 1188 | Understanding M Dwarf Radius Inflation: Insights from Low-Mass Eclipsing Binaries | Yasmin Davis; University of Birmingham | 3 | RV and transits | Eclipsing Binaries, LowMass Stars, Radius Inflation, Exoplanets | ||
| 1190 | WASP-121b’s transmission spectrum observed with JWST/NIRSpec G395H reveals 3D effects in the planet’s atmosphere | Cyril Gapp; Max Planck Institute for Astronomy | 3 | Atmospheres | Exoplanet atmospheric composition, Hot Jupiters, Transmission spectroscopy, Infrared spectroscopy | ||
| 1193 | Unravelling the evidence of planet formation: mapping the 3-D kinematical structure of HD169142’s gas disk | Haochuan Yu; University of Oxford | 3 | Formation and evolution | Protoplanetary disksPlanet formation, ALMA, Planetary disk interactions | ||
| 1199 | Evolving water-rich worlds: Linking the atmosphere to the deep interior | Marilina Valatsou; ETH Zurich | 3 | Formation and evolution | Interioratmosphere connection | ||
| 1201 | Planet mass influences the potential outgassing of water into the atmosphere of super-Earths | Julia M. Schmidt; Freie Universität Berlin | 3 | Formation and evolution | outgassing, melt, atmosphere, partitioning | View | |
| 1205 | Oxygen’s control over hydrogen escape on Earth-like exoplanets | Greg Cooke; Institute of Astronomy, University of Cambridge | 3 | Atmospheres | Atmospheric escape, Atmospheric chemistry, 3D chemistryclimate modelling, Synthetic transmission spectra | ||
| 1208 | A DREAM study: spectroscopic search for sodium around the hot Neptune desert | Sara Tavella; University of Geneva | 3 | Atmospheres | hot Neptune desert, sodiumDREAM, photoevaporation | ||
| 1209 | Accounting for the impact of wavelength-correlated noise on transmission spectra | Mark Fortune; Trinity College Dublin | 3 | Atmospheres | Data Analysis | ||
| 1211 | The EXOWORLD Project – Enhancing Exoplanet Detection: Integrating Machine Learning into Transit Search Methods | Hendrik Schmerling; RIU Planetenforschung at University of Cologne | 3 | RV and transits | Transits, Pipeline, Machine learning | ||
| 1212 | SO2, silicate clouds, but no CH4 detected in a warm Neptune with JWST | Achrène Dyrek; CEA | 3 | JWST Results | Exoplanet, Atmosphere, Transmission spectroscopy, MidInfrared | View | |
| 1213 | Stellar variability in exoplanet searches: current status and future perspectives | Suzanne Aigrain; University of Oxford | 3 | RV and transits | stellar activity, granulation, methods | ||
| 1219 | Estimating the number of radial velocity measurements required to characterise exoplanets | Ross Dobson; University College London | 3 | RV and transits | Radial Velocity | View | |
| 1221 | Ariel – The ESA M4 Space Mission to Focus on the Nature Of Exoplanets | Theresa Luftinger ; ESA/ESTEC | 3 | Future missions/instrumentation | Space Missions, Ariel, Exoplanets, Atmospheres | ||
| 1223 | Tracing day-night atmospheric gradients in ultrahot Jupiters via transit spectroscopy | Joanna Barstow; The Open University | 3 | Atmospheres | Retrieval, Spectroscopy, Ultrahot Jupiter | View | |
| 1224 | Retrievals of Exo-Venuses with Planetary and Exoplanetary Radiative Transfer Models | Nuno Pereira; Royal Belgian Institute for Space Aeronomy, 3 Ringlaan, 1180 | 3 | Other | Radiative Transfer, Clouds | ||
| 1225 | Toroidal Exosphere Simulations of Exo-Ios in Alkali Spectroscopy | Moritz Meyer zu Westram; Universität Bern | 3 | Formation and evolution | exomoons, evaporative exospheres, MonteCarlo | View | |
| 1227 | Exploring the convection regimes of lava world K2-141b | Tobias Meier; University of Oxford | 3 | Interiors | lava worlds, magma ocean, mantle convection, interioratmosphere exchange | ||
| 1228 | Unveiling the composition and formation history of Kepler-444 | Arianna Nigioni; University of Geneva | 3 | Formation and evolution | Binary stars | ||
| 1229 | The escaping atmosphere of a giant planet around WDJ0914+1914 | Carolina Villarreal D’Angelo; Instituto de Astronomía Teórica y Experimental (IATE) | 3 | Star-planet interactions | Escaping atmospheres | ||
| 1230 | A multi-wavelength view of M-dwarfs activity with SOPHIE and SPIRou: characterizing low-mass planets | Pia Cortes-Zuleta; University of St Andrews | 3 | RV and transits | Mdwarfs, stellar activity, lowmass planets | View | |
| 1231 | Resonant Chains and the Convergent Migration of Planets in Protoplanetary Disks | Man Hoi Lee; The University of Hong Kong | 3 | Demographics & Architectures | Resonant Chain, Planet Migration | ||
| 1232 | Fundamental limit to RV precision taking into account the stellar activity | Joe Ninan; Tata Institute of Fundamental Research | 3 | RV and transits | Radial velocity, EPRV, Stellar activity | View | |
| 1233 | Deeper understanding of rocky planet atmospheres through Atmospheric Retrievals of super-Earth L98-59d using JWST | Agnibha Banerjee; The Open University | 3 | JWST Results | L9859d, Retrieval, SuperEarth | View | |
| 1239 | Young Planets around Young Suns in Sco-Cen | Richelle van Capelleveen; Leiden Observatory | 3 | Direct Imaging and Interferometry | Direct imaging, Exoplanets, Extrasolar gas giants | ||
| 1242 | Searching new planets in established multi-planet systems | Paul Schwarz; Georg-August University | 3 | Demographics & Architectures | MultiPlanet systems, Method: Transit, Demographics | ||
| 1245 | How wide-orbit giant planet formation influences the formation of inner terrestrial planets | Claudia Danti; Center for Star and Planet formation, Globe Institute, Copenhagen University | 3 | Formation and evolution | planet formation, pebble accretion, pebble filtering, | ||
| 1251 | Examining L98-59: An additional sub-Venus in a multi-planet system | Paul Schwarz; Georg-August University | 3 | RV and transits | MultiPlanet systems, Transits, Radial Velocity, GP Modelling | ||
| 1253 | Direct imaging of substellar companions originally identified through the CORALIE radial velocity survey | William Ceva; Université de Genève | 3 | Direct Imaging and Interferometry | Direct imaging, Brown dwarfs, Radial velocity, Astrometry | ||
| 1255 | Monitoring accretion lines on Super-Jupiters with phase-resolved echelle spectroscopy. | Dorian Demars; IPAG/CNRS | 3 | Direct Imaging and Interferometry | Accretion, Spectroscopy, Formation | View | |
| 1259 | Unveiling Young Exoplanets: Benchmarking Evolution Theories and Stellar Signal Modelling | Oscar Barragán; University of Oxford | 3 | RV and transits | radial velocity, photometry, stellar activity | ||
| 1260 | Transit Timing Variations and Radial Velocity of the long-period exoplanetary system TOI-4409 | Patricio Reller; University College London (UCL) | 3 | RV and transits | TOI4409 b, TIC 382200986.01 | ||
| 1261 | Treatment of limb darkening in exoplanet atmospheric retrieval algorithms | Rosa Keers; Max Planck Institute for Solar System Research | 3 | RV and transits | Limb darkening, Transit spectroscopy, Atmospheric retrieval | View | |
| 1263 | Unveiling the Atmospheric Composition of the Warm Sub-Saturn Exoplanet HAT-P-12b Using JWST | Linus Heinke; KU Leuven | 3 | JWST Results | Exoplanets, Atmospheric Characterization, Transmission Spectroscopy | ||
| 1269 | Exoplanetary Atmospheric Escape Driven by Rapid Orbital Motion Through an Extreme Space Environment | Kristina Monsch; Harvard-Smithsonian Cfa | 3 | Atmospheres | Atmospheric Escape, Ionosphere | View | |
| 1270 | Exploring the interaction between clouds and magnetic drag in hot Jupiter GCMs | Thomas Kennedy; University of Michigan | 3 | Atmospheres | Hot Jupiter, GCM, Cloud formation, Magnetic drag | ||
| 1271 | The Cloudy Connection between Exoplanets and Brown Dwarfs with JWST/MIRI | Joshua Lothringer; Space Telescope Science Institute | 3 | Atmospheres | Clouds, JWST, Brown Dwarfs | View | |
| 1272 | An Earth-sized Exoplanet Orbiting an M2 Star | Francis Zong Lang; Center for Space and Habitability, University of Bern | 3 | RV and transits | Earthsized planet, Ultracool star, parameter characerization, Transit depth | View | |
| 1275 | The NIRPS blind search of exoplanets around M dwarfs, strategies and main results | Lucile Mignon; Université de Genève | 3 | RV and transits | Radial velocity, Mdwarfs | ||
| 1278 | Critical external and internal factors for plate tectonics | Oliver Henke-Seemann; Freie Universität Berlin | 3 | Interiors | Plate Tectonics, Surface Temperature, Mantle Convection Modelling, Interior Evolution | ||
| 1279 | Explaining the absence of methane in WASP-107b through photochemical modelling | Thomas Konings; KU Leuven | 3 | Atmospheres | Atmospheric chemistry, Exoplanet atmospheres, Transmission Spectroscopy | ||
| 1284 | Convective mixing during gas giant evolution | Jesse Polman; Space Research and Planetary Sciences, Physics Institute, University of Bern, | 3 | Formation and evolution | Convection, Dilute core | View | |
| 1286 | Exploring wind and chemical patterns in Hot Jupiter Atmospheres: Insights from Transit Observations of TOI-1518b | Adrien Simonnin; Observatoire de la Côte d’Azur | 3 | Atmospheres | High Resolution Spectroscopy, Hot Jupiters, Dynamics | View | |
| 1287 | Volatiles and lava outgassing – hot rocky exoplanet atmospheres in the JWST era | Christiaan van Buchem; Leiden University | 3 | Atmospheres | Outgassing, Volatiles, USP, JWST | ||
| 1301 | Near-ultraviolet atmospheric characterization of Hot Jupiters: HD 189733b | Patricio Cubillos; Turin Observatory | 3 | Atmospheres | NUV, hot jupiters, starplanet interaction | ||
| 1302 | Modeling Earth’s emission spectrum at different stages of the Planet’s evolution | Azzurra D’Alessandro; Centre for ExoLife Sciences, Copenhagen University | 3 | Habitability | Earth evolution, emission spectra | ||
| 1308 | Using Doppler Imaging to filter stellar activity signals in the Search for low-mass planets | Baptiste Klein; University of Oxford | 3 | RV and transits | Radial velocity, Stellar activity, Doppler Imaging | View | |
| 1310 | JWST MIRI spectrum of the companion of WD 0806 661 | Maël Voyer; CEA | 3 | JWST Results | JWST, spectroscopy, direct imaging, atmosphere | ||
| 1311 | Planets Over Galactic Timescales: Younger Stars Host Denser Rocky Planets | Angharad Weeks; University College London | 3 | Star-planet interactions | Host star, Rocky planetAges, Gaia | ||
| 1315 | The first high spectral resolution reconnaissance of forming planet candidate HD169142b | Lorenzo Pino; INAF – Osservatorio Astrofisico di Arcetri | 3 | Atmospheres | Exoplanet atmospheres, Planet formation, High dispersion spectroscopy | View | |
| 1317 | Investigating sources and propagation of errors in EPRV measurements with HARPS3 | Alicia Anderson; University of Cambridge | 3 | RV and transits | Radial velocity, HARPS3, Data reduction, Spectroscopy | ||
| 1318 | Do Rocky Planets Around M Stars Have Atmospheres? A Statistical Approach to the Cosmic Shoreline | Jegug Ih; University of Maryland | 3 | Atmospheres | Terrestrial planets, Atmospheres, Large survey | ||
| 1319 | Results of a JWST Cycle 1 Direct-Imaging Search for Exoplanets Around Nearby Young M-Dwarfs | Ellis Bogat; University of Maryland, College Park | 4 | JWST Results | coronagraphy, direct imaging, giant planets | ||
| 1320 | High spectral resolution observations of the dayside of ultra-hot Jupiter WASP-189b with ESPRESSO and MAROON-X | Adriano Miceli; Università di Firenze; Lorenzo Pino; INAF – Osservatorio Astrofisico di Arcetri | 4 | Atmospheres | Ultrahot Jupiters, High dispersion spectroscopy | ||
| 1321 | Fast semi-analytical N-body interactions in planet formation population synthesis models | Antoine Petit; Observatoire de la Cote d’Azur | 4 | Formation and evolution | Planet formation, Planet dynamics, Exoplanet System Evolution, | ||
| 1323 | Characterizing companions to TESS planet-hosts with Gaia and SPHERE | Robert De Rosa; European Southern Observatory | 4 | RV and transits | System architectures, Transiting planets, Direct imaging, Astrometry | View | |
| 1324 | Why don’t we observe larger helium absorption at younger ages? | Andrew Allan; Leiden University | 4 | Atmospheres | EvolutionHydrodynamicsAtmospheric escape, Helium | ||
| 1330 | Quenching-driven equatorial depletion and limb asymmetries in hot Jupiter atmospheres: WASP-96b example | Maria Zamyatina; University of Exeter | 4 | Atmospheres | hot Jupiter, atmospheric composition, quenching, WASP96b | View | |
| 1334 | Data-driven telluric removal in high resolution spectroscopy of exoplanet atmospheres | Jayne Birkby; University of Oxford | 4 | Atmospheres | High resolution spectroscopy, Exoplanet Atmospheres, Telluric removal | ||
| 1337 | Lava worlds are cool: two new ultra-short-period planets discovered by TESS | Felipe Murgas; Instituto de Astrofísica de Canarias (IAC) | 3 | RV and transits | TESS, radial velocities, transits | View | |
| 1338 | Occurrence rates of planets orbiting late M-dwarfs | Florian Lienhard; ETH Zurich | 4 | Demographics & Architectures | Late Mdwarfs, Occurrence rates | ||
| 1340 | Adapting ExoMol for high-resolution studies: methane as an example | Kyriaki Kefala; University College London | 4 | Other | ExoMol, MARVEL, highresolution, methane | View | |
| 1342 | Improving Detection of Exoplanets and their Individual Molecules using Convolutional Neural Networks in Spectral Dimension | Emily Omaya Garvin; ETH Zürich | 4 | Atmospheres | Convolutional Neural Networks, Crosscorrelation spectroscopy, Exoplanet Detection, Molecular Signatures | View | |
| 1346 | Mapping Snow Surfaces in the HD 163296 Disk | Jea Redai; Center for Astrophysics | Harvard & Smithsonian | 4 | Formation and evolution | protoplanetary disks, radio, interferometry | ||
| 1349 | Strong fractionation of deuterium and helium in sub-Neptune atmospheres along the radius valley | Collin Cherubim; Department of Earth and Planetary Sciences, Harvard University | 4 | Atmospheres | Atmospheric escape, Atmospheric fractionation, Atmospheric evolution, Planetary evolution | ||
| 1350 | Characterising Multi-Planet Systems around Cool Stars | Emma Turtelboom; UC Berkeley | 4 | Demographics & Architectures | Multiplanet systems, Cool dwarfs | ||
| 1362 | Next Generation Atmospheric Models of Hot Tidally Locked Rocky Planets | Christopher Wirth; University of Chicago | 4 | Atmospheres | terrestrial planets, atmospheres, clouds, atmospheric dynamics | ||
| 1363 | The missing ingridient of a metallic marshmallow: CO detection in the enigmatic WASP-127 b’s atmosphere | Sai Krishna Teja Kanumalla; Arizona State University | 4 | Atmospheres | High resolution spectroscopy, Atmospheric composition, Atmospheric structure, Infrared spectroscopy | ||
| 1369 | New atmospheric escape models reveal the transition to metal-rich atmospheres for Super-Earths | Matthäus Schulik; Imperial College | 4 | Formation and evolution | Atmospheric escape | ||
| 1370 | On a treasure hunt: A spectral atlas of the ultra-hot Jupiter WASP-189 b with MAROON-X | Bibiana Prinoth; Lund University | 1 | Atmospheres | ultrahot Jupiter, transmission spectroscopy, spectral atlas, resolved lines | View | |
| 1374 | TOI-4468 and the Emerging Trends in Systems Hosting Hot Jupiters with Nearby Companion Planets | Ben Hord; NASA Goddard Space Flight Center | 4 | Demographics & Architectures | Hot Jupiters, Formation, Migration, Planet discovery | View | |
| 1376 | A thoughtful characterisation of a planetary system with ESPRESSO | Hugo M. Tabernero; Univesidad Complutense de Madrid | 4 | Atmospheres | Transmission spectroscopy, Orbital architechture, Exoplanet shape | ||
| 1380 | Forming rocky worlds around M dwarfs: Planetary bulk compositions | Haiyang Wang; ETH Zurich, Institute of Geochemistry and Petrology | 4 | Formation and evolution | Planetary bulk compositions, Atmospheric dichotomy, TRAPPIST1 planets | ||
| 1381 | Hydrodynamic atmospheric escape in the benchmark ultra-hot Jupiter WASP-76 b | Lakeisha Ramos-Rosado; Johns Hopkins University | 4 | Atmospheres | atmospheric escape, exoplanet atmospheres, extrasolar gas giants | View | |
| 1383 | Orbital Architectures of Triple-star Systems that Host Transiting Planets | Elise Evans; University of Edinburgh | 4 | Demographics & Architectures | orbits, highorder multiples, visual binaries, Stype planets | View | |
| 1384 | Diagnosing limb asymmetries in JWST transmission spectra: Insights from GCMs across the hot Jupiter population | Arjun B. Savel; University of Maryland, College Park | 4 | Atmospheres | Hot Jupiters, Transmission spectra, Radiative Transfer, General Circulation Models | ||
| 1385 | Contribution Function Grid for High-Resolution Observations of Brown Dwarfs | Myrla Phillippe; University of Central Florida | 4 | Atmospheres | Brown Dwarfs, Atmospheres, Modeling | ||
| 1388 | Investigating the occurrence of hot Jupiters with stellar age | Francesca Waines; MSSL | 4 | Other | Planetary systems | View | |
| 1391 | An Exoplanet Spectral Atlas across the Mass Range with JWST NIRISS | Måns Holmberg; Institute of Astronomy, University of Cambridge | 4 | JWST Results | Exoplanet Atmospheres | ||
| 1392 | The Precise JWST NIRISS SOSS Transmission Spectra of Hot Jupiter WASP-17b and Warm Neptune HAT-P-26b | Dana Louie; NASA Goddard Space Flight Center | 4 | JWST Results | NIRISS SOSS, Transmission Spectroscopy, hot Jupiter, warm Neptune | ||
| 1395 | Deep Paβ Imaging of the Candidate Accreting Protoplanet AB Aur b | Lauren Biddle; The University of Texas at Austin | 4 | Direct Imaging and Interferometry | Protoplanets, Acctetion | ||
| 1397 | Nightside clouds and disequilibrium chemistry on the hot Jupiter WASP-43b | Nicolas Crouzet; Leiden Observatory, Leiden University | 4 | JWST Results | Atmospheres, Hot Jupiters | ||
| 1400 | Cool Gaseous Exoplanets: surveying a new frontier with Twinkle | Luke Booth; Cardiff University | 4 | Future missions/instrumentation | Transmission Spectroscopy, Twinkle, Atmospheres, Survey | ||
| 1401 | Potential for an Earth-like planet orbiting a white dwarf to host life | Caldon Whyte; Florida Institute of Technology | 4 | Habitability | Astrobiology, Habitable planets, Habitable zone, White dwarfs | View | |
| 1402 | Probing Stellar-Planetary Magnetic Interactions: Observational Evidence and Activity Indicator Sensitivity | Xiang Luo; Max Planck Institute for Astronomy | 4 | Star-planet interactions | Activity, Chromospheres | View | |
| 1407 | Why so light? Exploring TOI-244 b and the growing population of low-density super-Earths | Amadeo Castro-González; Centro de Astrobiología, CSIC-INTA, ESAC campus, 28692 Villanueva de la Cañada, | 4 | Interiors | Lowdensity superEarths, Internal structure, Rocky planets, Steam water worlds | View | |
| 1408 | Studying Radius Inflation on Low-Mass Stars Using Gaia DR3 | Rocio Kiman; California Institute of Technology | 4 | Other | lowmass stars, fundamental properties, radius, magnetic activity | ||
| 1410 | Probing the Atmosphere of the 17 Myr, Gas Giant, HIP 67522b | Pa Chia Thao; The University of North Carolina at Chapel Hill | 4 | JWST Results | Transmission spectroscopyExoplanet evolutionStarspots | View | |
| 1412 | Modelling the composition of planetary building blocks depending on the metallicity of the host star. | Alexander Thamm; Freie Universität | 4 | Formation and evolution | composition, metallicity | ||
| 1413 | Finding extreme rocky planets – the discovery of Ultrashort period planet TOI-2290b | Kristine Lam; German Aerospace Center (DLR) | 4 | RV and transits | transiting exoplanet, ultrashort period planet | ||
| 1417 | Quasi-periodic Wavelength Residuals in the Habitable Zone Planet Finder Laser Frequency Comb Wavelength Solution | Winter Parts; Pennsylvania State University | 4 | Future missions/instrumentation | laser frequency comb, spectrograph, radial velocity | ||
| 1421 | Observational constraints from formation and evolution studies | Anne-Sophie Libert; University of Namur | 4 | Formation and evolution | formation and evolution studies, observational constraints, dynamics | ||
| 1428 | Biogenic sulfur gases as biosignatures on temperate sub-Neptunes — lessons from K2-18 b | Shang-Min Tsai; UC Riverside | 4 | Atmospheres | Exoplanet atmosphere, Biosignature, subNeptunes/K218 b, Atmospheric chemistry | ||
| 1432 | More or Prior Observations: How to Most Efficiently Recognize a Habitable Planet? | Arnaud Salvador; University of Arizona | 4 | Future missions/instrumentation | Habitable Worlds Observatory, Earth Analogs, Habitability, Direct Imaging | ||
| 1433 | Orbiting Moving Group Binaries | Joel Burke; University of Notre Dame | 4 | Direct Imaging and Interferometry | Binaries, Direct Imaging, Moving Groups | ||
| 1434 | A Venus-like Albedo for the UltraHot Neptune LTT9779b Points Towards a Titanium Cloud Deck | James Jenkins; Universidad Diego Portales | 4 | Atmospheres | Exoplanets: LTT9779b, CHEOPS, Secondary Eclipses, Albedos | ||
| 1441 | Planetary Census Through Time and Space aided by LAMOST-Gaia-Kepler | Ji-Wei Xie; Nanjing university | 4 | Demographics & Architectures | planetary evolution | View | |
| 1443 | The MIRI Exoplanets Orbiting White Dwarfs (MEOW) Survey: Early Results and Planet Candidates | Andrew Vanderburg; Massachusetts Institute of Technology | 4 | JWST Results | JWST, White Dwarfs, Direct Imaging | ||
| 1444 | Experimental Investigation of Collision-Induced Absorption in Hot Dense CO2-based Exoplanetary Atmospheres | Vincent Kofman; NASA Goddard Space Flight Center; Erika Kohler; NASA Goddard Space Flight Center | 4 | Atmospheres | Collision-Induced Absorption, Infrared Spectroscopy, High-Temperature Conditions, Carbon Dioxide | ||
| 1446 | Correcting Exoplanet Transmission Spectra for Stellar Activity with an Optimised Retrieval Framework | Alexandra Thompson; University College London | 4 | Star-planet interactions | Stellar Activity, Transmission Spectra | View | |
| 1453 | Identifying transiting Neptunes and sub-Neptunes in the NGTS survey through cross-correlating with TESS TOIs | Alicia Kendall; University of Leicester | 4 | RV and transits | Neptunes, NGTS, TESS, Photometry | View | |
| 1457 | Machine learning-based Atmospheric Retrievals of Exoplanets with Flow Matching and Neural Importance Sampling | Timothy Gebhard; Max Planck Institute for Intelligent Systems | 4 | Other | atmospheric retrievals, machine learning | ||
| 1460 | Characterizing the transition from stability to instability in compact multi-planet systems | Matthew Doty; University of Notre Dame | 4 | Demographics & Architectures | Stability | View | |
| 1463 | Towards a holistic understanding of sub-Neptunes: the next steps | Rafael Luque; University of Chicago | 4 | Other | subneptunes, formation, internal structure, atmospheres | ||
| 1464 | Exploring Obliquities of Neptune-Sized Exoplanets with ESPRESSO | Juan Ignacio Espinoza-Retamal; Pontificia Universidad Católica de Chile | 4 | Demographics & Architectures | Neptune desert, Obliquities, ESPRESSO | ||
| 1465 | Detectability of currently known exoplanets in direct imaging with notional designs of LIFE and HabWorlds | Óscar Carrión-González; Observatoire de Paris | 4 | Future missions/instrumentation | Directimaging, Demographics, Habitable Worlds Observatory, Large Interferometer For Exoplanets | View | |
| 1466 | Deep Learning Architectures to Search for Exoplanets | Javier Viaña; Massachusetts Insitute of Technology | 4 | RV and transits | Exoplanet detection methods, Neural networks, Transit photometry | View | |
| 1469 | WD1032+011: An eclipsing, white dwarf-brown dwarf binary with a highly irradiated secondary | Jenni French; University of Leicester | 4 | Star-planet interactions | brown dwarf, white dwarf, binaries | View | |
| 1470 | Using SO2 to Trace Giant Planet Formation Histories | Mason McCormack, The University of Chicago | 4 | Atmospheres | Planet Formation, JWST, Hot Jupiter, Sulfur | ||
| 1471 | How circumbinary disc form multi-planet systems and lose giants | Anna Penzlin; Imperial College London | 4 | Formation and evolution | Protoplanetary disc, circumbinary planets, Planet migration | View | |
| 1476 | Sequential formation of the Solar System’s giant planets | Tommy Chi Ho Lau; Ludwig-Maximilians-Universität in Munich | 4 | Formation and evolution | Planet formation, The Solar System | ||
| 1479 | Turbulent infall onto class 0 disks as cause of CAI formation in the solar system | Jiachen Zheng; Beijing Normal University | 4 | Formation and evolution | circumstellar disk, calcium–aluminumrich inclusions, infall | ||
| 1481 | A Peculiar Case of WASP-18b: Spatially-Resolved Atmospheric Structure of the Planet’s Dayside | Jasmina Blecic; New York University Abu Dhabi | 4 | Atmospheres | Eclipse Mapping, 3D Atmospheric Structure, Energy Transport | ||
| 1492 | Horizontal rain! The impact of stellar radiation pressure on aerosols | James Owen; Imperial College London | 4 | Atmospheres | Aerosols | ||
| 1495 | Comparing transit spectroscopy pipelines at the catalogue level: evidence for systematic differences | Luke Booth; Cardiff University | 3 | Future missions/instrumentation | transmission spectroscopy, Data analysis, HST, JWST | ||
| 1498 | Monitoring the limb asymmetries of WASP-76b with ESPRESSO. | Cathal Maguire; Trinity College Dublin | 4 | Atmospheres | highresolution, transmission spectroscopy, atmospheric retrieval | View | |
| 1500 | Is the large-scale magnetic field of τ Boötis too weak to explain LOFAR radio observations? | Dag Evensberget; Leiden University; Aline Vidotto; Leiden University; Rik Luisman; Leiden University | 4 | Star-planet interactions | windplanet interaction, radio observations, τ Boötis | View | |
| 1502 | Revealing the enigmatic compact multi-planet systems with giants: A comprehensive study of TOI-5398 | Giacomo Mantovan; University of Padova | 4 | Formation and evolution | TOI5398, RossiterMcLaughlin, JWST, Multiplanet systems | ||
| 1505 | Exploring the Extreme Low Density of a Cool Super-Puff with JWST | Jessica Libby-Roberts; Pennsylvania State University | 4 | JWST Results | Atmosphere, SuperPuff | ||
| 1506 | Aerosols are not Spherical Cows: The Rayleigh Regime | Matt Lodge; University of Bristol | 4 | Atmospheres | Aerosols, Atmospheres, Optical models, Nonspherical | View | |
| 1516 | How well do we know the impact of stellar flares on exoplanets? | Giovanni Bruno; INAF – Catania Astrophysical Observatory | 4 | Star-planet interactions | Flares, Activity, Atmospheres | View | |
| 1517 | HARPS-N, TESS, and CHEOPS Shed Light on a Sub-Neptune and Neptune-mass Companion | Florian Lienhard; ETH Zurich | 4 | RV and transits | RV planet, TTVs | ||
| 1525 | Exploring The Atmospheric Dynamics of WASP-127b through CRIRES+ High-Resolution Infrared Transmission Spectroscopy | Lisa Nortmann; Georg-August-Universität | 4 | Atmospheres | CRIRES+, 3D, transmission spectroscopy, highresolution | View | |
| 1528 | Maximum CO2 atmospheres outgassed on rocky planets | Claire Marie Guimond; University of Oxford | 4 | Interiors | rocky planets, outgassing, geochemical cycles, bulk composition | ||
| 1532 | Exploring the diversity of habitable exoplanets through photochemical and biogeochemical models | Greg Cooke; Institute of Astronomy, University of Cambridge | 4 | Atmospheres | Atmospheric chemistry, Photochemical models, Biogeochemical models, Synthetic observations | ||
| 1533 | Probing the Atmosphere of TRAPPIST-1c: Insights from four JWST NIRSpec/PRISM Transits | Alexander Rathcke; Technical University of Denmark, DTU Space | 4 | JWST Results | Rocky planet atmospheres, JWST transmission spectroscopy, TRAPPIST1 system | ||
| 1536 | Mapping the inner edge of the Habitable Zone with sulfur chemistry | Sean Jordan; Institute of Astronomy, University of Cambridge | 4 | Atmospheres | Photochemistry, Habitability, Climate, Transmission spectroscopy | ||
| 1541 | FastYield, an interactive tool to explore exoplanets detectability using high-contrast IFS | Steven MARTOS; IPAG; Alexis CARLOTTI; IPAG | 4 | Future missions/instrumentation | spectroscopy, highcontrast, detecion limits, yield | View | |
| 1544 | The Tierras Observatory: Photometric Pipeline Development and Early Science Results | Patrick Tamburo; Center for Astrophysics | Harvard & Smithsonian | 4 | RV and transits | M dwarf stars, transiting exoplanets, nearinfrared photometry | View | |
| 1547 | Clouds and Transport in the atmosphere of WASP-121b | Duncan Christie; Max Planck Institute for Astronomy | 4 | Atmospheres | ultrahot Jupiters | ||
| 1548 | CHEOPS and TESS view of the ultra-short period super-Earth TOI-561 b | Alexis Brandeker; Stockholm University | 4 | Atmospheres | ultrashort period planets, atmospheres, interiors | View | |
| 1550 | Accelerating Atmospheric Simulation of Venus by Integrating a Machine-Learned Surrogate Radiative Transfer Scheme | Tara Tahseen; University College London (UCL) | 4 | Atmospheres | Global Circulation Model, Surrogate Model, Radiative Transfer, Venus | View | |
| 1556 | Most hot jupiters are lonely: Inner companion occurrence rate of hot jupiters from space photometry | Lizhou Sha; University of Wisconsin-Madison | 4 | Demographics & Architectures | Hot Jupiters, Exoplanet migration, Exoplanet formation, Transit photometry | ||
| 1561 | High-Resolution Transmission Spectroscopy of Low Velocity Planets | Connor Cheverall; Institute of Astronomy | 4 | Atmospheres | atmospheres, spectroscopy | ||
| 1562 | Winds in the atmospheres of ultra-hot Jupiters | Monika Stangret; INAF – OAPd | 4 | Atmospheres | atmosphere, ultrahot Jupiter, winds, HARPSN | ||
| 1563 | A comprehensive ionization chemical network for protoplanetary disks | Xuening Bai; Tsinghua University | 4 | Formation and evolution | protoplanetary disks, magnetohydrodynamics (MHD) | ||
| 1566 | New long-period transiting planets from the NGTS-TESS survey | Peter Wheatley; University of Warwick | 4 | RV and transits | Longperiod planets | ||
| 1569 | GCM simulations of temperate sub-Neptunes with a condensing non-dilute water vapour component | Hamish Innes; Freie Universität Berlin | 4 | Atmospheres | SubNeptune Atmospheres | ||
| 1570 | Exploring the Complementary Science Value of Starshade Observations (ExoPAG SAG 24) | Sara Seager; Massachusetts Institute of Technology | 4 | Future missions/instrumentation | Starshade, direct imaging, atmospheres | ||
| 1571 | A physics-driven Gaussian process framework for modelling stellar activity in 2-D CCF time-series | Haochuan Yu; University of Oxford | 4 | RV and transits | Radial velocity, Stellar activity, Gaussian process | ||
| 1573 | The role of X-ray variability in shaping the Neptune desert and period-radius valley | Jorge Fernandez Fernandez; University of Warwick | 4 | Star-planet interactions | Xray variability | View | |
| 1580 | Spontaneous formation of dust traps during the secular evolution of magnetized protoplanetary disks | Timmy Delage; Chalmers University Technology | 4 | Formation and evolution | Protoplanetary disks, Planet formation, Accretion disks, Numerical methods | ||
| 1586 | Multiple Patchy Cloud Layers in an Extrasolar World Revealed by JWST | Allison McCarthy; Boston University | 4 | JWST Results | Free Floating Planet, Cloud Layers in Exoplanets, Atmospheric Structure, Variability | ||
| 1587 | BEBOP – The first circumbinary planets with RVs | David Martin; Tufts University | 4 | RV and transits | Circumbinary planets, High precision radial velocities, Spectroscopy, Binaries | View | |
| 1592 | Flaring star monitoring – a cornerstone to planet habitability? | Jozef Lipták; Astronomical Institute of Czech Academy of Science | 4 | Star-planet interactions | flaring stars, dwarf stars, spectroscopy | ||
| 1593 | Reconcile the discrepancy between low- and high-resolution transmission spectra | Guo Chen; Purple Mountain Observatory, CAS | 4 | Atmospheres | Transmission spectroscopy, Alkali atoms, Spectral retrieval, | ||
| 1596 | Placing constraints on the atmosphere of AU Mic b | Annabella Meech; Center for Astrophysics, Harvard & Smithsonian | 4 | Atmospheres | Highresolution spectroscopy, M dwarfs, SubNeptunes, Transmission | ||
| 1597 | First Light Results from the Tierras Observatory, An Ultra-precise Time-series M-dwarf Photometer | Juliana Garcia-Mejia; Massachusetts Institute of Technology | 4 | RV and transits | ultraprecise photometry, transits, terrestrial planets, M dwarf star/host | ||
| 1598 | Spatially resolved weather on hot Jupiters | Diana Powell; University of Chicago | 4 | JWST Results | Clouds, Atmospheres, Hot Jupiters, Limb Asymmetries | ||
| 1600 | Resolved moist convection in low-molecular-weight atmospheres | Robin Wordsworth; Harvard University | 4 | Atmospheres | Convection, Clouds, Compositional gradients | ||
| 1602 | TOI-4189 and Contributions to the Broader Sample of TESS Sub-Neptunes | Katharine Hesse; Massachusetts Institute of Technology | 4 | RV and transits | subNeptunes, TESS, ESPRESSO, populations | ||
| 1603 | SINGLETRANS: Enhancing the number of detected exoplanets in space missions | Sascha Grziwa; RIU Planetary Research at the University of Cologne | 4 | Demographics & Architectures | mono transits, detection, large orbital periods, | ||
| 1604 | Characterisation of Y dwarf WISE 1738 using Simulation Based Inference | Malavika Vasist; University of Liege | 4 | JWST Results | Atmospheric retrievalsJWSTSimulation based InferenceClouds | ||
| 1606 | Obliquity Measurements of Warm Jupiters around Early-type Stars | Allyson Bieryla; Center for Astrophysics | Harvard & Smithsonian | 4 | Demographics & Architectures | Obliquities, warm Jupiters | ||
| 1608 | Placing the Solar System in Context with the Habitable Worlds Observatory | Courtney Dressing; University of California, Berkeley | 4 | Future missions/instrumentation | Habitable Worlds Observatory, Direct Imaging, Atmospheres, Demographics | ||
| 1609 | Combining high contrast to high resolution spectroscopy: actual on-sky results wrt expectations | Steven Martos; IPAG; Alexis Carlotti; IPAG | 4 | Direct Imaging and Interferometry | spectroscopy, performance, molecular mapping | View | |
| 1610 | Doppler Shifted Sodium Booms Indicative of a Rocky Exomoon | Moritz Meyer zu Westram; University of Bern | 4 | Other | Exomoons | ||
| 1611 | Best instrument parameters for reflecting planets direct detection ? | Steven Martos; IPAG; Alexis Carlotti; IPAG | 4 | Future missions/instrumentation | reflecting planets, spectroscopy, detection, performance | View | |
| 1614 | Exoplanets in Gaia Data Releae 4 | Anthony Brown; Leiden University | 4 | Microlensing and Astrometry | Gaia, Astrometry, catalogs | View | |
| 1616 | Characterization of Ice Line Planets Through Direct Imaging | Sasha Hinkley; University of Exeter | 4 | Direct Imaging and Interferometry | Direct Imaging, Interferometry | ||
| 1618 | Data-driven methods for mitigating stellar variability in NEID Sun-as-a-star observations | Jinglin Zhao; Penn State University | 4 | RV and transits | Stellar variability mitigation, Data driven, Radial velocity, Sunasastar | ||
| 1619 | The formation of secondary exoplanet atmospheres via volcanic degassing in the C-H-O-N-S system | Lena Noack; Freie Universität Berlin | 4 | Demographics & Architectures | Volcanism, Atmosphere | ||
| 1624 | On the detection of volcanic exomoons around DI exoplanets and BD via photometric signal variability | Evangelia Kleisioti; Leiden Observatory | 4 | Direct Imaging and Interferometry | Exomoon detection | ||
| 1626 | The mid-infrared spectrum of Beta Pictoris b: first VLTI/MATISSE interferometric observations of an exoplanet | Mathis Houllé; Observatoire de la Côte d’Azur | 4 | Direct Imaging and Interferometry | spectroscopy, atmospheres, interferometry, midinfrared | ||
| 1631 | The Tale of Two Small Planets in Barren Parameter Space | Victoria DiTomasso; Center for Astrophysics | Harvard & Smithsonian | 4 | RV and transits | Super Earth, Sub Neptune, Temperate Exoplanet, RV followup | ||
| 1633 | A warm Saturn Orbiting a Sunlike Star from TESS | Romy Rodriguez; Center for Astrophysics | Harvard & Smithsonian | 4 | RV and transits | planet discovery, TESS | ||
| 1635 | Revealing Signatures of Habitable Worlds Hidden by Stellar Activity (REVEAL) | Andrew Collier Cameron; St. Andrews University; Jeff Valenti; Space Telescope Science Institute; Alexander Shapiro; Max Planck Institute for Solar System Research; Jason Steffen; University of Nevada, Las Vegas | 4 | Other | Stellar activity | ||
| 1643 | MAGRATHEA 2.0: Advancements in Interior Structure Modeling for Exoplanets | Jason Steffen; University of Nevada, Las Vegas | 4 | Interiors | Interiors, Modeline | ||
| 1644 | Exploring Star-Planet Interactions through Radio observations with FAST telescope | Yufeng Li; Beijing Normal University | 4 | Star-planet interactions | Radio observation, Starplanet interaction, FAST telescope | ||
| 1645 | Multiple Molecular Species in the atmosphere of the warm-Neptune HAT-P-11 b at High Resolution | Mario Basilicata; Department of Physics, University of Rome “Tor Vergata” | 4 | Atmospheres | Exoplanetary Atmospheres, HighResolution Spectroscopy | View | |
| 1646 | A Panchromatic Emission Spectrum of Warm Gas Giant WASP-80b with NIRCam & MIRI | Lindsey Wiser; Arizona State University | 4 | JWST Results | WASP80b, JWST, MIRI, NIRCam | View | |
| 1647 | Exoplanets as Drivers of Debris Disk Asymmetries: The Case of HD181327 | Chris Fox; University of Western Ontario | 1 | Formation and evolution | Debris Disks, PlanetDisk Interactions, Exoplanet Detection, Simulations | ||
| 1648 | The origin and evolution of wide Jupiter Mass Binary Objects in young stellar clusters | Erwan Hochart; Leiden Observatory, University of Leiden | 1 | Formation and evolution | Jupitermass Binary Objects (JuMBOs), Nbody Simulation, Earth and Planetary Astrophysics | View | |
| 1649 | The impact of stellar mass ratio on orbit-orbit alignment in exoplanet-hosting wide binaries | Konstantin Gerbig; Yale University | 1 | Demographics & Architectures | planetary alignmentstarplanet interactionsbinary starsexoplanet systems | ||
| 1650 | TRACE: Time-Reversible Algorithm for Astrophysical Close Encounters | Tiger Lu; Yale University | 1 | Other | Numerical Methods, Gravitation, Stability | ||
| 1651 | Formation of rocky exoplanets around smaller stars and their compositional diversity | Petra Hatalova; University of Oslo | 2 | Other | rocky planets, formation, interiors | View | |
| 1652 | Rocky planet formation in compact disks around M dwarfs | Mariana Sanchez; Leiden Observatory | 2 | Demographics & Architectures | Demographics & Architectures, Formation and evolution | ||
| 1653 | JWST Coronagraphic observations of exoplanets in the mid-infrared with MIRI: results and assessment. | Clément Perrot; LESIA, Observatoire de Paris | 2 | JWST Results | CoronagraphyMIRImidinfrared | ||
| 1655 | Know the planet, know the star: The effects of active stellar surfaces on exoplanets and how to use the planets to study the active regions | Mikko Tuomi, University of Helsinki | 3 | Habitability | starspots, transit photometry, stellar activity, habitability | ||
| 1656 | Planets around giant stars: plethora or mirage | Stéphane Udry, University of Geneva | 4 | Demographics & Architectures | giant planets, giant stars, long periods, intrinsic variability | View | |
| 1657 | The Deuterium-to-Hydrogen Ratio on Photoevaprating Sub-Neptunes | Pin-Gao Gun; Institute of Astronomy & Astrophysics, Academia Sinica | 4 | Atmospheres | atmospheric escape, demographics, deuterium-to-hydrogen ratio | ||
| 1665 | Are Uranus and Neptune really ice giants? | Vanesa Ramirez Gomez; Leiden Observatory, Leiden, Netherlands | 3 | Interiors | Planets and satellites: interiors, planets and satellites: composition | View |