Simulation of a Galaxy, most detailed large-scale simulation to date

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SUMMARY

The most detailed large-scale simulation of a galaxy to date was conducted using the Hazel Hen supercomputer in Stuttgart, utilizing 16,000 cores over a year. This simulation encompasses a cube of space measuring over 230 million light-years in diameter and includes more than 20 billion particles, representing dark matter, stars, cosmic gas, magnetic fields, and supermassive black holes (SMBHs). The simulation was intentionally paused before a significant merger event, raising questions about the programming of SMBH evolution versus natural development.

PREREQUISITES
  • Understanding of supercomputing concepts, specifically the Hazel Hen architecture.
  • Familiarity with astrophysical simulations and their parameters.
  • Knowledge of dark matter and its role in cosmic structures.
  • Basic comprehension of supermassive black holes (SMBHs) and their formation theories.
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  • Research the architecture and capabilities of the Hazel Hen supercomputer.
  • Explore methods for simulating cosmic structures in astrophysics.
  • Investigate the formation and evolution of supermassive black holes.
  • Learn about the implications of dark matter in large-scale cosmic simulations.
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Astronomers, astrophysicists, computational scientists, and anyone interested in the dynamics of galaxy formation and evolution.

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From, https://www.universetoday.com/14397...laxy-from-the-big-bang-until-the-present-day/

"This was made possible by the Hazel Hen supercomputer in Stuttgart, where 16,000 cores worked together for more than a year – the longest and most resource-intensive simulation to date. The simulation itself consists of a cube of space measuring more than 230 million light-years in diameter that contains more than 20 billion particles representing dark matter, stars, cosmic gas, magnetic fields, and supermassive black holes (SMBHs). "

 
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Of course they stop the shown simulation right before a major merger looks like it is going to happen lol cool find I wonder whether hey hard programed the SMBH r let them evolve naturally based on the article I presume the prior simulation trade offs and all and too many different ways such SMBH seeds could form.
 

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