| Matthew Battley | Tracing Exoplanets Through Time with TESS | 03-04-2021 | Planet Detection, Formation & evolution | TESS; Kepler; evolution; young stars; young exoplanets; detrending; UKEXOM2021 | |
| Philippa Liggins | Probing mantle redox with planetary atmospheres | 02-04-2021 | Formation & evolution, Planet interiors, Atmospheric characterization | volcanic; atmosphere; mantle; evolution; UKEXOM2021 | |
| Adrian Barker | Tidal dissipation in stars with predictions for planetary orbital decay | 31-03-2021 | Formation & evolution, System architectures and dynamics | UKEXOM2021; Tidal interactions; Tidal dissipation; Hot Jupiters; tides; short-period planets; | |
| Joe Renaud | Tidal Dissipation in Dual-Body, Highly Eccentric, and Non-synchronously Rotating Systems | 15-03-2021 | Planet interiors, Formation & evolution | tidal dynamics; geophysics; orbital dynamics; exoplanets; pluto; tides; rheology; spin dynamics | |
| Aaron Schneider | Chemical composition of exoplanetary atmospheres due to pebble and planetesimal accretion | 22-02-2021 | Formation & evolution | Pebbles;Planetesimals;Exoplanets3 | |
| Julia Venturini | The nature of the Radius Valley: insights from combined formation and evolution models | 05-02-2021 | Planet interiors, Formation & evolution, Atmospheric characterization | Planet formation and evolution, super-Earths, sub-Neptunes, radius valley, water | |
| 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, Future missions & Observatories, Atmospheric theory, Habitability & Biosignatures | planet formation; magma ocean; atmospheres; direct imaging; planetary interiors | |
| 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 | |
| Masahiro Ogihara | Unified simulations of formation and atmospheric evolution | 15-01-2021 | System architectures and dynamics, Planet interiors, Atmospheric theory, Atmospheric characterization, Formation & evolution | EXO3; formation; evolution; | |
| Andrew Vanderburg | An Overview of Transiting Planets | 12-01-2021 | Host star characterization, Instrumentation & Observational techniques, Atmospheric characterization, Formation & evolution, System architectures and dynamics, Habitability & Biosignatures, Future missions & Observatories, Planet Detection | transits | |
| Andrew Vanderburg | A Giant Planet Candidate Transiting a White Dwarf | 12-01-2021 | Planet Detection, Habitability & Biosignatures, System architectures and dynamics, Formation & evolution | 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 | |
| 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 | |
| Felix Mackebrandt | The EXOTIME Project | 03-01-2021 | Planet Detection, Formation & evolution | stars: horizontal-branch; planets and satellites: detection; subdwarfs; asteroseismology; techniques: photometric | |
| 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 | Formation & evolution, Atmospheric theory, Planet interiors | Atmospheric escape; Super-Earths; Sub-Neptunes; Radius valley; Radius gap; Planet evolution; Atmospheres; Planet-star interactions; Core-powered mass-loss; Exoplanets 3 | |
| 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 | |
| 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 | Planet interiors, Formation & evolution | hot Jupiters; warm Jupiters; radius inflation; interior evolution | |
| Sebastian Marino | Radial structure of exoKuiper belts: revealing Neptune analogues | 21-12-2020 | Formation & evolution, Planet Detection, System architectures and dynamics | 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 | System architectures and dynamics, Formation & evolution | 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; | |
| Alexander Bohn | Revealing planets, disks, and brown dwarfs around young, solar analogs | 20-12-2020 | Planet Detection, Formation & evolution, System architectures and dynamics, Instrumentation & Observational techniques | Planet detection; high-contrast imaging; planet formation; stars: solar mass; stars individual: TYC 8998-760-1, Wray 15-788 | |
| 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 | Atmospheric theory, Host star characterization, Education and Outreach, System architectures and dynamics, Future missions & Observatories, Habitability & Biosignatures, Planet interiors, Planet Detection, Atmospheric characterization, Instrumentation & Observational techniques, Formation & evolution | Welcome; Instruction; exoplanet-talks.org; Aurora; Kesseli | |
| 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 | |
| ExoplanetsIII Heidelberg | Ravid Helled: Formation, evolution, and structure of giant planets | 14-12-2020 | Formation & evolution | EXO3; gas giants; evolution | |
| 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 | |