Reinhard Genzel

We are honored to inform you that Reinhard Genzel, together with Andrea Ghez and Roger Penrose, receive the Nobel Prize in Physics 2020 for their research on black holes.

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First eROSITA X-ray data release to the public

An appetizer to the all-sky banquet

First eROSITA X-ray data release to the public

Using the SRG/eROSITA all-sky survey data, scientists at the MPE have found two previously quiescent galaxies that now show quasi-periodic eruptions.

eROSITA witnesses the awakening of massive black holes

Using the SRG/eROSITA all-sky survey data, scientists at the MPE have found two previously quiescent galaxies that now show quasi-periodic eruptions.

Long-awaited review reveals journey of water from interstellar clouds to habitable worlds

Why our water is billions of years old

Long-awaited review reveals journey of water from interstellar clouds to habitable worlds

In the first all-sky survey by the eROSITA X-ray telescope onboard SRG, astronomers at the Max Planck Institute for Extraterrestrial Physics have identified a previously unknown supernova remnant, dubbed “Hoinga.”

Hoinga – the largest supernova remnant ever discovered with X-rays

In the first all-sky survey by the eROSITA X-ray telescope onboard SRG, astronomers at the Max Planck Institute for Extraterrestrial Physics have identified a previously unknown supernova remnant, dubbed “Hoinga.”

The Max Planck Director is honored for his observations of the black hole in the Galactic Center

Reinhard Genzel receives the Nobel Prize for Physics 2020

The Max Planck Director is honored for his observations of the black hole in the Galactic Center

Gigantic hot-gas structures above and below the galactic disc are probably due to shock waves generated by past energetic activity in the center of our Galaxy.

eROSITA finds large-scale bubbles in the halo of the Milky Way

Gigantic hot-gas structures above and below the galactic disc are probably due to shock waves generated by past energetic activity in the center of our Galaxy.

Stellar systems like our own are formed inside interstellar clouds of gas and dust that collapse, producing young stars surrounded by protoplanetary disks. Planets form within these protoplanetary disks, and leave clear gaps. ALMA has now revealed an evolved protoplanetary disk with a large gap still being fed by the surrounding cloud via large accretion filaments. This shows that an accretion of material onto the protoplanetary disk has been continuing for longer than previously thought, affecting the evolution of the future planetary system.

A planet-forming disk still fed by the mother cloud

Stellar systems like our own are formed inside interstellar clouds of gas and dust that collapse, producing young stars surrounded by protoplanetary disks. Planets form within these protoplanetary disks, and leave clear gaps. ALMA has now revealed an evolved protoplanetary disk with a large gap still being fed by the surrounding cloud via large accretion filaments. This shows that an accretion of material onto the protoplanetary disk has been continuing for longer than previously thought, affecting the evolution of the future planetary system.

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