📢#MPEPaperOfTheMonth
🤯 Missing matter FOUND! Using data from #eROSITA X-Ray space telescope, #MPE researchers detected hot gas extending beyond galaxy clusters, revealing how they possibly grow by pulling in material from the cosmic web.
➡Read more: s.mpe.mpg.de/5oidn
Photo: Xiaoyuan Zhang/MPE
🤯 Missing matter FOUND! Using data from #eROSITA X-Ray space telescope, #MPE researchers detected hot gas extending beyond galaxy clusters, revealing how they possibly grow by pulling in material from the cosmic web.
➡Read more: s.mpe.mpg.de/5oidn
Photo: Xiaoyuan Zhang/MPE
May 5, 2026 at 7:01 AM
📢#MPEPaperOfTheMonth
🤯 Missing matter FOUND! Using data from #eROSITA X-Ray space telescope, #MPE researchers detected hot gas extending beyond galaxy clusters, revealing how they possibly grow by pulling in material from the cosmic web.
➡Read more: s.mpe.mpg.de/5oidn
Photo: Xiaoyuan Zhang/MPE
🤯 Missing matter FOUND! Using data from #eROSITA X-Ray space telescope, #MPE researchers detected hot gas extending beyond galaxy clusters, revealing how they possibly grow by pulling in material from the cosmic web.
➡Read more: s.mpe.mpg.de/5oidn
Photo: Xiaoyuan Zhang/MPE
📢#MPEPaperOfTheMonth📢
Ever wonder where all the sulfur in space is hiding?
A new study led by Olli Sipilä from #MPE combines lab experiments & astrochemical modeling to show: It's likely locked up in icy dust grains!
➡️ s.mpe.mpg.de/j4ip8
Disclaimer: Image generated by Olli Sipilä using AI tools.
Ever wonder where all the sulfur in space is hiding?
A new study led by Olli Sipilä from #MPE combines lab experiments & astrochemical modeling to show: It's likely locked up in icy dust grains!
➡️ s.mpe.mpg.de/j4ip8
Disclaimer: Image generated by Olli Sipilä using AI tools.
May 13, 2026 at 7:08 AM
📢#MPEPaperOfTheMonth📢
Ever wonder where all the sulfur in space is hiding?
A new study led by Olli Sipilä from #MPE combines lab experiments & astrochemical modeling to show: It's likely locked up in icy dust grains!
➡️ s.mpe.mpg.de/j4ip8
Disclaimer: Image generated by Olli Sipilä using AI tools.
Ever wonder where all the sulfur in space is hiding?
A new study led by Olli Sipilä from #MPE combines lab experiments & astrochemical modeling to show: It's likely locked up in icy dust grains!
➡️ s.mpe.mpg.de/j4ip8
Disclaimer: Image generated by Olli Sipilä using AI tools.
📢 #MPEPaperOfTheMonth
How do #BlackHoles ⚫ like Sagittarius A* in the heart of our milky way eat? A new study by a team of researchers led by #MPE links gas clouds to stellar winds from a #BinaryStar as a potential source of energy.
➡️https://s.mpe.mpg.de/j1d4h
How do #BlackHoles ⚫ like Sagittarius A* in the heart of our milky way eat? A new study by a team of researchers led by #MPE links gas clouds to stellar winds from a #BinaryStar as a potential source of energy.
➡️https://s.mpe.mpg.de/j1d4h
Tracing the Origins of Mysterious Gas Clouds near the Galactic Center
New observations reveal that a binary star near the Galactic Center may create gas clouds that feed the supermassive black hole Sagittarius A.
www.mpe.mpg.de
April 14, 2026 at 2:16 PM
📢 #MPEPaperOfTheMonth
How do #BlackHoles ⚫ like Sagittarius A* in the heart of our milky way eat? A new study by a team of researchers led by #MPE links gas clouds to stellar winds from a #BinaryStar as a potential source of energy.
➡️https://s.mpe.mpg.de/j1d4h
How do #BlackHoles ⚫ like Sagittarius A* in the heart of our milky way eat? A new study by a team of researchers led by #MPE links gas clouds to stellar winds from a #BinaryStar as a potential source of energy.
➡️https://s.mpe.mpg.de/j1d4h