| Tobias Gabriel Meier | Hemispheric Tectonics on super-Earth LHS 3844b | 03-03-2021 | Planet interiors | planetary interior; super-Earths; exoplanets; plate tectonics | |
| Leonardo dos Santos | The high energy environment and atmospheric escape of small exoplanets | 16-02-2021 | Host star characterization, Atmospheric characterization | atmospheres; ultraviolet; escape; infrared; evolution | |
| Aurora Kesseli | Confirmation of Asymmetric Iron Absorption in WASP-76b with HARPS | 09-02-2021 | Atmospheric characterization, Atmospheric theory | Hot Jupiters; transits transmission spectroscopy; high spectral resolution; atmospheric winds and dynamics | |
| Julia Venturini | The nature of the Radius Valley: insights from combined formation and evolution models | 05-02-2021 | Formation & evolution, Atmospheric characterization, Planet interiors | Planet formation and evolution, super-Earths, sub-Neptunes, radius valley, water | |
| Pierre Drossart | From Solar System Planets to Exoplanets: A New Experience of the World in the 21st Century | 29-01-2021 | Atmospheric characterization | Solar system planets, escape, non-LTE, chemistry, radiative transfer | |
| Christopher OConnor | High-e migration of planetesimals around polluted white dwarfs | 27-01-2021 | System architectures and dynamics | white dwarf; planetesimals; WD 1145+017; WD J1228+1040; tides; disks; migration | |
| Anne-Lise Maire | David M. Hernandez: An ephemeris integrator capable of probing fundamental physics from inside our Solar System | 27-01-2021 | System architectures and dynamics, Formation & evolution | Dynamics; N body; ExoDyn2021 | |
| Tim Lichtenberg | Vertically resolved magma ocean–protoatmosphere evolution: H2, H2O, CO2, CH4, CO, O2, and N2 as primary absorbers | 26-01-2021 | Formation & evolution, Planet interiors, Habitability & Biosignatures, Future missions & Observatories, Atmospheric theory | planet formation; magma ocean; atmospheres; direct imaging; planetary interiors | |
| Francisco J Pozuelos | Anne-Sophie Libert: Dynamics of exoplanetary systems detected by transits and radial velocities | 26-01-2021 | System architectures and dynamics | ExoDyn2021; Planetary Systems; Dynamics; Celestial Mechanics | |
| Francisco J Pozuelos | Jorge Lillo-Box: The challenge of forming and detecting co-orbital worlds | 26-01-2021 | System architectures and dynamics | ExoDyn2021; Planetary Systems; Dynamics; Co-orbital Planets; Trojans; TROY project | |
| Francisco J Pozuelos | Alexandre Correia: Asynchronous and chaotic rotation for compact planetary systems | 26-01-2021 | System architectures and dynamics | ExoDyn2021; Planetary Systems; Dynamics; Habitability | |
| Francisco J Pozuelos | Hanno Rein: Orbital dynamics with REBOUND | 26-01-2021 | System architectures and dynamics | ExoDyn2021; Planetary Systems; Dynamics; Numerical Methods; N-body integrator; REBOUND | |
| Francisco J Pozuelos | Miles Cranmer: Accurate Instability Time Prediction for Compact Multi-Planet Systems with Bayesian Deep Learning | 26-01-2021 | System architectures and dynamics | ExoDyn2021; Planetary Systems; Dynamics; Machine Learning | |
| Francisco J Pozuelos | Sam Hadden: Inferring the Migration Histories of RV Planets in Mean Motion Resonances | 26-01-2021 | System architectures and dynamics | ExoDyn2021; Planetary Systems; Dynamics; Mean motion resonances; Planetary Migration | |
| Francisco J Pozuelos | Gabriel de Oliveira Gomes: Tidally-induced TTVs for close-in super-Earths | 26-01-2021 | System architectures and dynamics | ExoDyn2021; Planetary Systems; Dynamic | |
| Francisco J Pozuelos | Antoine Thuillier: Facing how exoplanets evolve | 26-01-2021 | Planet Detection | ExoDyn2021; Hot-subdwarfs; Planetary remnant | |
| Francisco J Pozuelos | Quinn Konopacky: Astrometry and Orbits of Directly Imaged Planets | 26-01-2021 | Planet Detection, Instrumentation & Observational techniques | ExoDyn2021; Direct Imaging; Astrometry | |
| Francisco J Pozuelos | Jason Wang: Orbit Fitting at 10 Microarcsecond Precision | 26-01-2021 | Instrumentation & Observational techniques, Planet Detection | ExoDyn2021; Imaging Astrometry; Orbital Fitting; GRAVITY | |
| Francisco J Pozuelos | Stephen Kane: The Role of Orbital Dynamics In Planetary Habitability | 26-01-2021 | Habitability & Biosignatures, System architectures and dynamics | ExoDyn2021; Planetary Systems; Dynamics; Habitability | |
| Anne-Lise Maire | Johannes Sahlmann: Astrometric Orbits of Stars with Exoplanets | 25-01-2021 | System architectures and dynamics, Instrumentation & Observational techniques | Astrometry; Orbits; Dynamics; ExoDyn2021 | |
| Anne-Lise Maire | Laetitia Rodet: Refining orbital constraints: Insights from a disk | 25-01-2021 | System architectures and dynamics | Imaging; Orbital fitting; Circumstellar disks; HD 100453; ExoDyn2021 | |
| Laetitia Delrez | Hervé Beust: Resonant phenomena in debris disks - morphologic and evolutionary issues (review) | 25-01-2021 | System architectures and dynamics | disks; architecture; dynamics; ExoDyn2021 | |
| Laetitia Delrez | Cecilia Lazzoni: Architectures of planets inside debris disks with double belts | 25-01-2021 | System architectures and dynamics, Planet Detection | disks; architecture; ExoDyn2021 | |
| Anne-Lise Maire | Neil Zimmerman: Combining radial velocities and astrometry to plan direct imaging exoplanet observations with the Roman Space Telescope Coronagraph | 25-01-2021 | System architectures and dynamics, Planet Detection | Radial velocities; Astrometry; Imaging; nu Andromedae; Nancy Grace Roman Space Telescope; ExoDyn2021 | |
| Anne-Lise Maire | Jerry Xuan: Measuring mutual inclinations between giant planets and debris discs in HD 113337 & HD 38529 | 25-01-2021 | System architectures and dynamics | Mutual inclinations; Debris disks; ExoDyn2021 | |
| Laetitia Delrez | Eric Agol: Transit timing analyses (review) | 25-01-2021 | Planet Detection, Planet interiors, System architectures and dynamics | transits; transit timing variations; N-body models; ExoDyn2021 | |
| Anne-Lise Maire | Flavien Kiefer: Measuring the mass of RV exoplanet candidates with Gaia | 25-01-2021 | System architectures and dynamics | Astrometry; Radial velocities; Dynamical masses; ExoDyn2021 | |
| Anne-Lise Maire | Timothy Brandt: Absolute Astrometry for Orbit Fitting | 25-01-2021 | System architectures and dynamics | Astrometry; Imaging; Radial velocities; Dynamical masses; ExoDyn2021 | |
| Laetitia Delrez | Juliette Becker: The Origins of Multi-Planet Systems with Misaligned, Nearby Companions | 25-01-2021 | System architectures and dynamics | formation; evolution; dynamics; ExoDyn2021 | |
| Anne-Lise Maire | Emeline Bolmont: Tidal effects in exoplanetary systems | 25-01-2021 | System architectures and dynamics | Tidal effects; ExoDyn2021 | |
| Anne-Lise Maire | Lessons learned from SPHERE for high-precision astrometry of directly-imaged exoplanets | 25-01-2021 | Instrumentation & Observational techniques, System architectures and dynamics | Imaging; Relative astrometry; ExoDyn2021 | |
| Laetitia Delrez | Trifon Trifonov: Transit and Radial velocity Interactive Fitting tool for Orbital analysis and N-body simulations - The Exo-Striker | 25-01-2021 | System architectures and dynamics, Host star characterization | data analysis tool; radial velocities; transits; ExoDyn2021 | |
| Laetitia Delrez | Nestor Espinoza: Towards an exoplanet census in the cloud | 25-01-2021 | System architectures and dynamics, Planet Detection, Host star characterization | database; data analysis; ExoDyn2021 | |
| Anne-Lise Maire | Sarah Blunt: orbitize! an open-source orbit-fitting toolkit for directly-imaged objects | 25-01-2021 | System architectures and dynamics | Imaging; Orbits; Fitting; ExoDyn2021 | |
| Laetitia Delrez | Silvano Desidera: Young planetary systems with close-in planets | 25-01-2021 | System architectures and dynamics, Instrumentation & Observational techniques, Host star characterization, Planet Detection | young systems; transits; radial velocities; ExoDyn2021 | |
| Anne-Lise Maire | Yiting Li: Orbit fitting of Exoplanets with RV and Astrometry | 25-01-2021 | System architectures and dynamics | Radial velocities; Astrometry; Dynamical masses; ExoDyn2021 | |
| Anne-Lise Maire | G. Mirek Brandt: Precise Dynamical Masses for the Beta Pictoris System | 25-01-2021 | System architectures and dynamics | Radial velocities; Astrometry; Imaging; Dynamical masses; Beta Pictoris; ExoDyn2021 | |
| Anne-Lise Maire | Robert De Rosa: Measuring the architectures of multi-planet systems with Hipparcos and Gaia | 25-01-2021 | System architectures and dynamics | Astrometry; Architecture; Multi-planet systems; ExoDyn2021 | |
| Laetitia Delrez | Monika Lendl: Exoplanet Transits (review) | 25-01-2021 | Atmospheric characterization, System architectures and dynamics, Future missions & Observatories, Host star characterization, Habitability & Biosignatures, Planet Detection, Instrumentation & Observational techniques | transits; ExoDyn2021 | |
| Anne-Lise Maire | Pierre Kervella: Stellar and substellar companions from Gaia DR2 | 25-01-2021 | Instrumentation & Observational techniques, Planet Detection | Astrometry; Gaia; Detection; ExoDyn2021 | |
| Tim Lichtenberg | Bifurcation of planetary building blocks during Solar System formation | 20-01-2021 | Formation & evolution, Planet interiors, System architectures and dynamics | planet formation; solar system; accretion; planetesimals; volatile delivery; core formation; meteorites; protoplanets; magma oceans; planetary composition | |
| Valentin Christiaens | A faint companion around CrA-9: protoplanet or obscured binary? | 15-01-2021 | Planet Detection, Atmospheric characterization | Protoplanetary disc; Planet formation; High-contrast imaging; Spectral characterisation | |
| Masahiro Ogihara | Unified simulations of formation and atmospheric evolution | 15-01-2021 | Atmospheric theory, Atmospheric characterization, Formation & evolution, System architectures and dynamics, Planet interiors | EXO3; formation; evolution; | |
| Andrew Vanderburg | From Pixels to Planets The Process of Validating Transiting Planets | 12-01-2021 | Planet Detection, Host star characterization, Instrumentation & Observational techniques | transits, exoplanet detection | |
| Andrew Vanderburg | An Overview of Transiting Planets | 12-01-2021 | Instrumentation & Observational techniques, Atmospheric characterization, Formation & evolution, Future missions & Observatories, Host star characterization, System architectures and dynamics, Habitability & Biosignatures, Planet Detection | transits | |
| Emily Martin | The Planet as Exoplanet Analog Spectrograph (PEAS): Design and First Light | 12-01-2021 | Instrumentation & Observational techniques, Atmospheric characterization | instrumentation; Lick Observatory; Solar System; spectroscopy; imaging; exoplanet solar system synergies | |
| Andrew Vanderburg | A Giant Planet Candidate Transiting a White Dwarf | 12-01-2021 | System architectures and dynamics, Formation & evolution, Planet Detection, Habitability & Biosignatures | white dwarf; transit; WD1856+534; WD1856 | |
| Andrew Vanderburg | A Song of Ice and Fire: the Fate of Planetary Systems After Stellar Death | 12-01-2021 | System architectures and dynamics, Formation & evolution, Planet Detection, Habitability & Biosignatures | white dwarf; transits; transit; WD1856; WD1856+534; WD1145; WD1145+017 | |
| Gabriel-Dominique Marleau | H alpha emission and warm-start planets predicted from accretion shocks | 11-01-2021 | Formation & evolution, Planet Detection | Exoplanet formation; Accretion shocks; Hydrogen lines [H I line emission]; H alpha photometry; Direct imaging; High resolution spectroscopy | |
| Mantas Zilinskas | Temperature inversions on hot super-Earths: the case of CN in nitrogen-rich atmospheres | 08-01-2021 | Atmospheric theory | 55 Cancri e; super-Earths; magma; lava; nitrogen; carbon; atmosphere; hot; ultra-short-period; ups; Earth; sub-neptune; exoplanet; inversions; temperature; CN; N2; CH; CO; radiative-transfer; chemistry; kinetics; equilibrium | |
| Richard Teague | Observing the Dynamics of Planet-Disk Interactions | 08-01-2021 | Formation & evolution, Planet Detection | planet formation; planet detection; protoplanetary disk; sub-mm | |
| ExoplanetsIII Heidelberg | Richard Teague: Kinematical Detection and Characterizing of Protoplanets with ALMA | 07-01-2021 | Formation & evolution | EXO3; Formation; Evolution | |
| Yubo Su | Dynamics of Colombo’s Top: Generating Exoplanet Obliquities from Planet-Disk Interactions | 05-01-2021 | System architectures and dynamics | Cassini State; Resonance; Obliquity | |
| Gregory Gilbert | Uniform transit timing measurements for Kepler, K2, and TESS | 05-01-2021 | System architectures and dynamics | architectures; dynamics; data analysis methods; astrostatistics | |
| Vera Dobos | Tidal heating and the habitability of the TRAPPIST-1 planets (ExoplanetsIII conference) | 04-01-2021 | Planet interiors, Habitability & Biosignatures | TRAPPIST-1, habitability, tidal heating | |
| Felix Mackebrandt | The EXOTIME Project | 03-01-2021 | Planet Detection, Formation & evolution | stars: horizontal-branch; planets and satellites: detection; subdwarfs; asteroseismology; techniques: photometric | |
| Denis Sergeev | Simulations of convection over a range of atmospheric conditions on TRAPPIST-1e | 02-01-2021 | Atmospheric theory, Habitability & Biosignatures | atmospheric models; GCM; convection; TRAPPIST-1 | |
| Akash Gupta | Understanding the Radius Valley as a by-product of Planet Formation: Observational Signatures of the Core-Powered Mass-Loss Mechanism | 22-12-2020 | Atmospheric theory, Formation & evolution, Planet interiors | Atmospheric escape; Super-Earths; Sub-Neptunes; Radius valley; Radius gap; Planet evolution; Atmospheres; Planet-star interactions; Core-powered mass-loss; Exoplanets 3 | |
| Annelies Mortier | Lessons from "Sun-as-a-star" observations - Sagan Workshop July 2020 | 22-12-2020 | Host star characterization, Planet Detection, Instrumentation & Observational techniques | Radial Velocity; Stellar variability; Sun | |
| Gabriele Cugno | Unveiling the nature of the protoplanet PDS70 b | 21-12-2020 | Atmospheric characterization, Formation & evolution | Formation and evolution; Direct imaging; Molecular mapping; Medium-resolution Spectroscopy | |
| Eric Agol | The completed Spitzer campaign to monitor transit times of the TRAPPIST-1 system: improved masses, densities and dynamics. | 21-12-2020 | System architectures and dynamics, Planet interiors | Transit; transit timing variations; Spitzer; TRAPPIST-1; N-body models | |
| Joanna Drazkowska | How dust fragmentation may be beneficial to planetary growth | 21-12-2020 | Formation & evolution | planet formation; protoplanetary disk; pebble accretion; dust coagulation; | |
| Thaddeus Komacek | Re-inflation of warm and hot Jupiters | 21-12-2020 | Formation & evolution, Planet interiors | hot Jupiters; warm Jupiters; radius inflation; interior evolution | |
| Sebastian Marino | Radial structure of exoKuiper belts: revealing Neptune analogues | 21-12-2020 | Planet Detection, System architectures and dynamics, Formation & evolution | debris disc disk gap planetesimals neptune radial structure substructure exocomets planet | |
| Travis Berger | A Fresh Look at the Radius Gap Using Gaia Derived Ages and Masses for All Kepler Exoplanet Hosts | 21-12-2020 | Host star characterization, Formation & evolution, System architectures and dynamics | super-Earths; sub-Neptunes; gaia; kepler; stellar mass; stellar age; physical parameters; radius gap; radius valley; core-powered mass-loss; photoevaporation | |
| Gijs Mulders | How the "peas in a pod" pattern arises during the formation of compact planetary systems | 21-12-2020 | Formation & evolution, System architectures and dynamics | exoplanets; planetary systems; planet formation; kepler; genesis database; numerical models; N-body; transiting planets; planet populations; planetary system architectures; giant impacts; planet migration; Earths in Other Solar Systems; NASA NExSS; | |
| Stefan Pelletier | Brand New SPIRou Result: Solar CO abundance on tau Boo b | 21-12-2020 | Atmospheric characterization | Atmospheres, High-Resolution, SPIRou, Detection, Molecules, C/O | |
| ExoplanetsIII Heidelberg | Ian Crossfield: Global Infrared Characterization of Ultra-hot neptune LTT 9779b | 20-12-2020 | Atmospheric characterization | EXO3; warm; neptune | |
| ExoplanetsIII Heidelberg | Ansgar Reiners | 20-12-2020 | Planet Detection | EXO3; CARMENES; radial velocity | |
| ExoplanetsIII Heidelberg | Bijan Nemati: WFIRST Coronagraph Design Optimization, Status, and Expected Performance | 20-12-2020 | Future missions & Observatories | EXO3; WFIRST | |
| ExoplanetsIII Heidelberg | peter Plavchan: A planetary system discovered around a nearby young star | 20-12-2020 | Planet Detection | EXO3; radial velocity | |
| ExoplanetsIII Heidelberg | GoranPilbratt: ARIEL: ESA's mission to study the nature of exoplanets | 20-12-2020 | Future missions & Observatories, Atmospheric characterization | EXO3; ARIEL | |
| ExoplanetsIII Heidelberg | Kaustubh Hakim: Geochemistry of Carbon Cycles on Rocky Exoplanets | 20-12-2020 | Habitability & Biosignatures | EXO3; EXOKLEIN; | |
| ExoplanetsIII Heidelberg | Daniel Bayliss: TESS Monotransits - A Pathway to Cooler Transiting Planets | 20-12-2020 | Planet Detection | EXO3; transits; TESS | |
| ExoplanetsIII Heidelberg | Louise Dyregaard Nielsen: Transition between Ice and Gas giants explored with TESS and RV follow-up | 20-12-2020 | Planet Detection | EXO3; planet detection; transits; TESS | |
| Maggie Thompson | Leveraging Meteorite Outgassing Experiments to Constrain the Initial Atmospheres of Terrestrial Exoplanets | 19-12-2020 | Atmospheric characterization | Outgassing; Meteorites; Terrestrial Exoplanets | |
| Kristina Monsch | The imprint of X-ray photoevaporation on the orbital distribution of giant planets | 18-12-2020 | System architectures and dynamics | EXO3; giant planets; photoevaporation; migration; X-rays; disk dispersal; | |
| Ryan Cloutier | Evolution of the Radius Valley from Sun-like to Low Mass Stars (Exoplanets III; July 28, 2020) | 17-12-2020 | Formation & evolution, System architectures and dynamics | super-earths; sub-neptunes; m-dwarfs; low mass stars; planet formation; radius valley | |
| Admin Team | Welcome and Instruction Video | 17-12-2020 | Host star characterization, System architectures and dynamics, Future missions & Observatories, Planet Detection, Instrumentation & Observational techniques, Formation & evolution, Atmospheric theory, Habitability & Biosignatures, Planet interiors, Atmospheric characterization | Welcome; Instruction; exoplanet-talks.org; Aurora; Kesseli | |
| David Armstrong | TOI-849b: The remnant core of a giant planet | 16-12-2020 | Planet interiors, Planet Detection | Transit, Radial Velocity, Hot Neptunes, Planetary Cores | |
| Frans Snik | The answer to the Ultimate Question of Life, the Universe and Everything is... polarized! | 16-12-2020 | Future missions & Observatories, Habitability & Biosignatures, Instrumentation & Observational techniques | coronagraphs, polarimetry, polarization, biosignatures, homochirality | |
| Mahmoudreza Oshagh | Measuring the color dependent Rossiter-McLaughlin effect from 0.38 to 1.71 micrometer using ground based observations | 16-12-2020 | Atmospheric characterization, Instrumentation & Observational techniques | Chromatic Rossiter-McLaughlin, Transmission spectroscopy, HD 189733b, stellar activity, SOAP | |
| Aline Vidotto | Effects of the winds of host stars on the escaping atmospheres of close-in exoplanets | 16-12-2020 | Host star characterization, Formation & evolution, Atmospheric theory | atmospheric escape, stellar winds, AU Mic | |
| Rafael Luque | Precise characterisation of small planets around M dwarfs: the CARMENES-TESS follow-up program | 15-12-2020 | Instrumentation & Observational techniques, Planet Detection | transit; radial velocity; RV; M dwarfs; low mass stars; TESS; CARMENES; small planets; radius valley; | |
| ExoplanetsIII Heidelberg | Ian Wong: Systematic phase curve study of known transiting systems from the TESS primary mission | 15-12-2020 | Atmospheric characterization | EXO3; phase curves; TESS | |
| Maximilian Guenther | Stellar Flares and Habitable(?) M Dwarf Worlds with TESS (July 2020) | 15-12-2020 | Host star characterization, Habitability & Biosignatures | Stellar Flares, Flares, Habitability, TESS, UV, Atmospheres, Prebiotic Chemistry | |
| ExoplanetsIII Heidelberg | Clara Sousa-Silva: Detecting and Interpreting Agnostic biosignatures | 15-12-2020 | Habitability & Biosignatures | EXO3; biosignatures | |
| ExoplanetsIII Heidelberg | Edwin Kite: Sub-Neptune atmospheres and the transition from Sub-Neptunes to Super-Earths | 15-12-2020 | Planet interiors | EXO3; planetary interiors | |
| ExoplanetsIII Heidelberg | Alexis Smith: Exoplanet Characterisation with multiple NGTS telescopes | 15-12-2020 | Planet Detection | EXO3; transits | |
| ExoplanetsIII Heidelberg | Katja Poppenhaeger: Connecting the exoplanet radius gap with stellar activity evolution | 15-12-2020 | Host star characterization | EXO3; radius gap; X-rays | |
| ExoplanetsIII Heidelberg | Ravid Helled: Formation, evolution, and structure of giant planets | 14-12-2020 | Formation & evolution | EXO3; gas giants; evolution | |
| ExoplanetsIII Heidelberg | Beth Biller: A search for variability in HR8799bc | 14-12-2020 | Planet Detection | EXO3; imaging; variability | |
| ExoplanetsIII Heidelberg | Lee Rosenthal: The California Legacy Survey: Population Statistics With an Expanded Catalog | 14-12-2020 | Planet Detection | EXO3; radial velocity | |
| ExoplanetsIII Heidelberg | Christoph Mordasini: A new generation of planetary population synthesis: Confronting theory with observations of distinct planetary populations | 14-12-2020 | Formation & evolution | EXO3; formation | |
| ExoplanetsIII Heidelberg | Markus Janson: Smoke signals from Fomalhaut | 14-12-2020 | Planet Detection | EXO3; planet detection; imaging | |
| ExoplanetsIII Heidelberg | Fei Yan: High Resolution Spectroscopy of Ultra-hot Jupiter's atmosphere | 14-12-2020 | Atmospheric characterization | EXO3; atmospheres; UHJ | |
| ExoplanetsIII Heidelberg | Michael Meyer: Frequency of Massive, Wide-orbit planets vs Stellar Mass: SPHERE shines on the ESO VLT | 14-12-2020 | Planet Detection | EXO3; sphere; shine | |
| ExoplanetsIII Heidelberg | Kento Masuda: Mutual Orbital Inclinations Between Cold Jupiters and Inner Super-Earths | 14-12-2020 | System architectures and dynamics | EXO3; inclination | |
| ExoplanetsIII Heidelberg | Jiayin Dong: A catalog of Warm, Large Exoplanets (WaLEs) Discovered in TESS Full-Frame Images | 14-12-2020 | Planet Detection | EXO3; detection; transit | |
| ExoplanetsIII Heidelberg | Benjamin Fulton: Frequency of gaseous planets beyond the ice line | 14-12-2020 | Planet Detection | EXO3; Detection; radial velocity | |