Ruprecht-Karls-Universität Heidelberg

Welcome to the Centre for Astronomy of Heidelberg University


This years' Astrophysical Software Award of the German Astronomical Society (AG) goes to Cornelis P. Dullemond (ZAH/ITA) for his radiative transfer software RADMC-3D. (2026/07/10)

Prof. Michela Mapelli (ZAH/ITA) has been appointed Chair of the Observation Science Board of one of the projects shaping the future of gravitational-wave astronomy. (2026/06/08)

Heidelberg Astrophysicist Michela Mapelli (ZAH/ITA) helps decode a new Black-Hole enigma in a new catalog of gravitational wave events. (2026/05/26)

A new study involving Michela Mapelli (ZAH/ITA) and collaborators suggests that the biggest black holes form through violent merging events in densely populated star clusters. (2026/05/08)

In a new study Zofia Kaczmarek (ZAH/ARI) and colleagues show how the Roman Space Telescope will enable the discovery of quiescent neutron stars. (2026/05/07)

Heidelberg astronomers help uncover how dense stellar building blocks form in the Large Magellanic Cloud. (2026/04/26)


zum Seitenanfang/up

ASTROPHYSICS CURRICULUM

Summer Term 26 ►►►►



Next Astro colloquia
Jul 24
11:00
TBA
David Hogg (NYU)
Königstuhl Kolloquium
Max-Planck-Institut für Astronomie, Level 3 Lecture Hall (301)
Jul 31
11:00
TBA
Ji Wang (OSU)
Königstuhl Kolloquium
Max-Planck-Institut für Astronomie, Level 3 Lecture Hall (301)
Aug 21
11:00
Bridging the Divide: Studying the Resolved and Integrated Light of Nearby Galaxies in High Resolution
Ben Gibson (STScI)
Königstuhl Kolloquium
MPIA lecture hall,

More colloquia

Recent ZAH publications
7/2026
Ghosh, Ritali; Gronke, Max et al.
Woven by the whirls: the growth and entrainment of cold clouds in turbulent hot winds
MNRAS 550, g1018(2026)

7/2026
Curiel, S.; Ortiz-León, G. N. et al. (inc. Quirrenbach, A.)
Orbital motion and dynamical mass of the complex periodic variable binary system 2MASS J05082729─2101444
A&A 711, A51(2026)

7/2026
Mestichelli, Benedetta; Rastello, Sara et al. (inc. Mapelli, Michela)
Teen TITANS simulations: I. Inefficient intermediate-mass black hole seeding via stellar collisions in young massive clusters
A&A 711, A57(2026)


More publications

Support & Counselling