Lehrstuhl für Theoretische Astrophysik Extrasolarer Planeten

Terminplan für Seminare und Team-Meetings

• Team Meetings:
  Mittwochs von 09:00 bis 10:30 (Vorlesungssaal des Observatoriums)
  • Detaillierter Zeitplan, Programm und Line-Up von Besuchern/Rednern

• LinkedIn des Munich Center for Geoastronomy (MCGA):
  Public Relations und Neuigkeiten des Lehrstuhl
  • Hier klicken

Forschungsgruppen

Verschiedenes:

• Geowissenschaften von Exoplaneten für Astrophysiker Seminar:
  Mittwochs von 14:15 bis 16:00 (Seminarraum 1.OG am Observatorium und manchmal im Geowissenschaften-Bau)
  • Beschreibung, Zeitplan und Programm
• Bayes'sche Inferenz und K.I. Seminar:
  Donnerstags von 09:15 bis 11:00
  • Beschreibung, Zeitplan und Programm
• MSc Astrophysics - Spezialisierung Exoplanetenforschung
  • Mehr Informationen (Englisch)
• Master Projects Offered in Chair
  • Liste der Projekttitel, Betreuer und Kurzbeschreibungen

Veröffentlichung des Lehrstuhls

Liste aller Publikationen

Aktuelle Publikationen

• Ph.D student Anna Lueber recently led an atmospheric retrieval study of the hot Jupiter WASP-39b, which is a target of the Early Release Science (ERS) program of the James Webb Space Telescope (JWST). The paper has been published in the Astronomy & Astrophysics journal. By running a large suite of retrievals on 4 spectra measured by 4 different instruments of the JWST, the study showed that the detections of sulfur dioxide and carbon monoxide are model-dependent based on interpreting these spectra alone.
  • Information content of JWST spectra of WASP-39b

• A paper led by David Cont (Fraunhofer-Schwarzschild-Fellow) has recently been accepted for publication in the journal Astronomy & Astrophysics. The study consists of an in-depth characterization of the emission spectrum of the ultra-hot Jupiter WASP-178b, providing detailed insights into the thermal, chemical and dynamical properties of its dayside. The successful application of a joint retrieval of CRIRES+, TESS and CHEOPS observations highlights the potential of combined studies with space- and ground-based instruments and represents a promising avenue for advancing our understanding of exoplanet atmospheres.
  • Exploring the ultra-hot Jupiter WASP-178b