Alumni

Research Interests: the chemical evolution of interstellar matter from prestellar environments through the protostellar stages to the formation of planetary systems

Research Interests: Protoplanetary disk evolution, grain growth and planet formation (theory and modeling)

Research Interests: Jane uses high angular resolution ALMA observations to study the chemical and dynamical evolution of protoplanetary disks and to search for indirect signatures of planet formation.

Research Interests: exploring interactions between chemistry and dynamics protoplanetary disks

Research Interests: My research explores the properties of planets around other stars.

Research Interests: My primary research interest is characterizing the nearby population of M dwarfs, with a focus on their multiplicity (how many are found in systems of one, two, three, and more stars)

Reserach Interests: I am working on a prototype of an ultra-high resolution instrument based on Fabry Perot Interferometer, to be used for characterization of exoplanet atmospheres.

I have moved to MPE Panter to help with the X-ray optics measurement...

Reserch Interests: My research focuses on understanding how planets form and evolve by studying circumstellar disks and exoplanets

Research Interests: My research interests cover a broad range of topics in theoretical astrophysics, from galaxy evolution to exoplanets. My recent work is focused on devising new diagnostic tools for studying the atmospheres of exoplanets. 

Research Interests: I am analyzing the phase variations of the Galilean satellites as analogs for icy terrestrial exoplanets with direct imaging. Also, I am deepening our understanding of exoplanet phase curves in the TESS era and beyond, particularly for...