ESA Science at STScI - Space Science Faculty
RESEARCH INTERESTS OF ESA Science FACULTY MEMBERS at STScI
A group of almost 30 ESA Science Faculty researchers work at the ESA Office of the world-class Space Telescope Science Institute (Baltimore, USA), the home of Hubble and Webb. Some of their research interests are summarised below.
Astrophysics
Substellar objects | Exoplanets | Elena Manjavacas; Emily Rickman |
Brown dwarfs | Elena Manjavacas; Emily Rickman | |
Stellar astronomy | Star formation | Nick Indriolo; Sarah Kendrew; Marco Sirianni; Paule Sonnentrucker |
Compact objects | Black holes | |
Galactic astronomy | Galactic centre | Andrew Fox; Nick Indriolo |
Interstellar medium and dust | Marjorie Decleir; Andrew Fox; Nick Indriolo; Sarah Kendrew; Nimisha Kumari; Paule Sonnentrucker | |
Star clusters and nebulae | Chris Evans; Laura Watkins; Peter Zeidler | |
Stellar kinematics | Laura Watkins; Peter Zeidler | |
Galactic halo | Andrew Fox; Laura Watkins | |
Magellanic clouds | Chris Clark; Chris Evans; Peter Zeidler | |
Satellite systems | Laura Watkins | |
Dwarf galaxies | Chris Clark; Laura Watkins | |
Nearby galaxies | Super star clusters | Svea Hernandez |
Star formation | Nimisha Kumari; Kate Rowlands | |
Interstellar medium and dust | Chris Clark; Marjorie Decleir; Svea Hernandez; Nimisha Kumari; Kate Rowlands | |
Chemical abundances | Svea Hernandez; Nimisha Kumari | |
Circumgalactic medium | Andrew Fox | |
Stellar populations | Chris Evans | |
Galactic nuclei | Torsten Böker | |
Extragalactic astronomy | Galaxy clusters and protoclusters | |
Supermassive black holes and AGN | Marco Chiaberge; Travis Fischer | |
Epoch of Reionization | Nimisha Kumari | |
High redshift galaxies | Nick Indriolo; Sarah Kendrew; Nimisha Kumari; Kate Rowlands | |
Gravitational lensing |
Techniques
Instrument development | CCD and CMOS detector technology | Marco Sirianni |
Deformable mirrors | Sarah Kendrew | |
Analysis techniques | Astrometry | Emily Rickman |
Photometry | Chris Clark; Marjorie Decleir; Nimisha Kumari; Emily Rickman; Kate Rowlands; Marco Sirianni; Peter Zeidler | |
Spectroscopy | Chris Evans; Marjorie Decleir; Travis Fischer; Andrew Fox; Svea Hernandez; Nick Indriolo; Sarah Kendrew; Nimisha Kumari; Emily Rickman; Kate Rowlands; Marco Sirianni; Paule Sonnentrucker; Peter Zeidler | |
Integral field (3D) spectroscopy | Travis Fischer; Nimisha Kumari; Emily Rickman; Peter Zeidler | |
Spatial analysis | Sarah Kendrew; Kate Rowlands | |
Dynamical modelling | Laura Watkins | |
Large-scale kinematics | ||
Wavelength regimes | Radio | Travis Fischer; Nick Indriolo; Nimisha Kumari; Kate Rowlands; Paule Sonnentrucker |
Infrared | Chris Clark; Marjorie Decleir; Travis Fischer; Svea Hernandez; Nick Indriolo; Sarah Kendrew; Nimisha Kumari; Emily Rickman; Kate Rowlands; Marco Sirianni; Paule Sonnentrucker; Peter Zeidler | |
Optical | Marjorie Decleir; Chris Evans; Travis Fischer; Svea Hernandez; Nimisha Kumari; Kate Rowlands; Marco Sirianni; Paule Sonnentrucker; Peter Zeidler | |
Ultraviolet | Marjorie Decleir; Chris Evans; Andrew Fox; Svea Hernandez; Nimisha Kumari; Kate Rowlands; Paule Sonnentrucker; Peter Zeidler | |
Data science | Machine learning | Sarah Kendrew |
Citizen science | Sarah Kendrew |
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