Talk slides

Space missions & Ground-based telescopes - I

• Welcome & Science proposed for Theia - Gary Mamon, Institut d'Astrophysique de Paris
• Pushing the Limits of Astrometry: Technological Advances and Scientific Prospects - Fabien Malbet, Institut de Planétologie et d'Astrophysique de Grenoble
• JASMINE: near-infrared space astrometry mission for explorations of the Galactic nuclear region - Naoteru Gouda, National Astronomical Observatory of Japan

Space missions & Ground-based telescopes - II

• The GaiaNIR mission and how concepts from Theia could enhance the project. - David Hobbs, Lund Observatory [Lund]
• An Optical Interferometer on the Moon: Concept and Astrometric Science - Gerard van Belle, Lowell Observatory
• Multiwavelength astrometric detection strategies for black holes - Poshak Gandhi, University of Southampton

Science - Dark matter I

• How could super-precision astrometry change our view of dwarf galaxies? - Eduardo Vitral, Space Telescope Science Institute
• On your astrometric journey, don't forget your spectrograph ... - David Katz, GEPI
• The Precision Frontier of Dark Matter Constraints - from Direct Acceleration Measurements - Sukanya Chakrabarti, UAH

Science - BHs, Neutron stars & Cosmology

• Neutron star physics from super-fine astrometry - Thomas Maccarone, Department of Physics [Texas Tech]
• Varstrometry for Dual AGN using Radio interferometry (VaDAR) - Emma Schwartzman, George Mason University [Fairfax], United States Naval Research Laboratory
• Future measurements of the nature of dark matter with strong lensing - Anna Nierenberg, University of California, Merced
• Astrometric Probes of Black Holes and Their Progenitors - Jessica Lu, U. California at Berkeley

Science - Dark matter II

• What can we learn about dark matter from a future precision astrometry mission? - Justin Read, University of Surrey
• Astrometric Search for Ultralight Dark Matter - Hyungjin Kim, DESY
• How could super-precision astrometry change our view of open clusters? - Susanne Pfalzner, Forschungszentrum Jülich

Space missions & Ground-based telescopes III

• Introduction to the Habitable Worlds Observatory - Aki Roberge - NASA Goddard Space Flight Center
• Ultra High Precision Astrometry with the Habitable Worlds Observatory - Bernard Gaudi, Department of Astronomy, The Ohio State University
• The SHERA Mission - Gautam Vasisht, Jet Propulsion Laboratory
• High Precision Astrometry in the ngVLA Era - Lucas Hunt, National Radio Astronomy Observatory

Space missions & Ground-based telescopes IV

• Accuracy of Gaia Reference Fields for Exoplanet Astrometry - Chas Beichman, NASA Exoplanet Science Institute
• Search for exoEarths around alphaCen with the TOLIMAN and future missions - Peter Tuthill, University of Sidney

Instrumentation I

• Ring Astrometric Field Telescope - Deborah Busonero, INAF - Osservatorio Astrofisico di Torino
• Telescopes with resilient astrometric response - Mario Gai, INAF - Osservatorio Astrofisico di Torino
• MicroArcsec Astrometry Technologies - Michael Shao, Jet Propulsion Laboratory
• Detector development for future space missions - Jesper Skottfelt, The Open University [Milton Keynes]

Science - Planetary systems

• Key questions in exoplanet demographics: the power of ultra-high precision astrometry - Alessandro Sozzetti, Osservatorio astrofisico di Torino
• Solar system science with extreme astrometry - Benoît Carry, Joseph Louis LAGRANGE
• A supersharp view of the Universe with optical interferometry - Sylvestre Lacour, Laboratoire d'études spatiales et d'instrumentation en astrophysique

Science - Clusters & Milky Way satellites

• High-Precision Astrometry of Small Stellar Systems - Laura Watkins, Space Telescope Science Institute
• Probing parity violation using astrometry - Angelo Caravano, Institut d'Astrophysique de Paris

Science - Gravitational waves & Particle physics

• Measuring the shape of the outer halo of the Milky Way with astrometric techniques - Oleg Gnedin, University of Michigan
• The search for gravitational wave backgrounds with astrometry - Juan Garcia-Bellido, Universidad Autonoma de Madrid
• Pinpointing GW sources to delve into the fabric of spacetime via Astrometric Gravitational Wave Antenna - Mariateresa Crosta, INAF-OATo
• Astrometric Explorations of the Gravitational Wave Background and Photon Ring Astrometry - Yifan Chen, Niels Bohr Institute [Copenhagen]

Science - Cosmology & Discussion

• Real-Time Astrometric Cosmology - Jeremy Darling, University of Colorado

Discussion on Mission,  Instrumentation and Science

• Table on Astrometry Mission Summary
  

Conclusion

• Closing remarks - Gary Mamon, Institut d'Astrophysique de Paris