Presentations

Solar System

• OPAL's View of atmospheric evolution – M. Wong (UC Berkeley)
• Synergistic observations of the giant planets with HST and JWST: Jupiter's auroral emissions - D. Grodent (Univ. Liege)

Exoplanets

• Diversity in exoplanetary atmospheres – D. Sing (Exeter)
• Comparative planetology in the era of Great Observatories, JWST and beyond – J. Bean (Univ. Chicago)
• Super-Earths: the new frontier of exoplanetary science – G. Tinetti (UCL)
• Atmospheric evaporation of exoplanets - D. Ehrenreich (Univ. Geneva)
• Polluted white dwarf science with Hubble and JWST – S. Xu (ESO)
• Exoplanetary Investigations with HST & JWST – C. Dressing (Caltech)
• Determining the bulk water abundance of low-mass exoplanets with JWST – E. Kempton (Grinnell College)
• An atmosphere around the super-Earth 55 Cnc - A. Tsiaras (UCL)

Stars and Stellar Clusters

• Accretion and outflows in young stars and planets – C. Schneider (ESA)
• Near and far: massive stars revealed by Hubble and James Webb - S. Caballero Nieves (IT Florida)
• Massive stars and dust: a key to tracing star formation through cosmic history – L. Bianchi (JHU)
• Unveiling the formation of massive star clusters – E. Sabbi (STScI)
• LEGUS: Towards a coherent picture of stellar cluster and star formation in the local universe – A. Adamo (Stockholm Univ.)
• Young massive star clusters in the era of HST and IFU spectroscopy - P. Zeidler (Univ. Heidelberg)
• Globular clusters from space: the HST and JWST multi-color eyes – E. D’Alessandro (INAF Bologna)

Stellar Populations

• Dissecting starbursts with HST: from 30 Doradus to dwarf galaxies – M. Cignoni (Univ. Pisa)
• The ancient star formation history of the disc and halo of M31 – A. Ferguson (IfA, Edinburgh)
• The very massive star content of the nuclear star cluster in NGC5253 – L. Smith (ESA/STScI)
• The resolved stellar populations of dwarf galaxies – E. Tolstoy (Groningen)
• Accretion Phenomena onto Star-forming dwarf galaxies – F. Annibali (Bologna)

AGN, BH

• The search for AGN in dusty star forming hosts – A. Kirkpatrick (Yale Univ.)
• The role of JWST in the search for the first black holes – F. Pacucci (Yale Univ.)

Galaxy Assembly

• Wide-Field slitless spectroscopy from space: unique constraints on galaxy evolution from cosmic dawn to dusk - G. Brammer (STScI)
• Galaxy stellar mass assembly in the early Universe from HST to JWST – K. Caputi (Kapteyn Astron. Inst.)
• The assembly of disk galaxies: from Hubble to JWST – S. Kassin (STScI)
• RELICS: discovering bright lensed galaxies for JWST – D. Coe (STScI)
• The final frontier of galaxy formation with galaxy clusters as cosmic telescopes – M. Bradac (UC Davis)
• JWST at the peak of the Cosmic Star Formation Rate density – G. Rodighiero (Univ. Padova)
• Galaxy build-up at cosmic dawn: lessons from Hubble for the JWST era – P. Oesch (Univ. Geneva)
• Combining the power of JWST with gravitational lenses to constrain the properties of extremely low-luminosity galaxies – R. Bouwens (Univ. Leiden)
• Studying the properties of the brightest Lyman-break galaxies into the epoch of reionization– R. Bowler (Univ. Oxford)
• The first billion years of galaxy formation in cold and warm dark matter cosmologies with JWST – P. Dayal (Kapteyn Astronomical Institute)
• TRGB distances with HST and JWST – R.B. Tully (Univ. Hawaii)
• A new measurement of the expansion rate of the Universe – A. Riess (JHU)
• Enabling a bright and productive future for HST – F. Cepollina and J. Grunsfeld (GSFC)
• A vision for Space Science in Europe - A. Gimenez (ESA)
• Engineering Database – Design and use case - M. Nieto-Santisteban (STScI)
• Data Analysis Tools - S. Kassin (STScI)