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Record-Breaking Hot Galaxy Cluster Gas Challenges Cosmology

1 min read
Source: Nature
Record-Breaking Hot Galaxy Cluster Gas Challenges Cosmology
Photo: Nature
TL;DR Summary

This study reports the detection of hot intracluster gas at redshift 4.3 using the Sunyaev–Zeldovich effect, providing insights into the formation and evolution of galaxy clusters in the early universe.

Topics:science#astronomy#cosmology#galaxy-clusters#high-redshift#intracluster-gas#sunyaev-zeldovich-effect
Share this article
  1. Sunyaev–Zeldovich detection of hot intracluster gas at redshift 4.3  Nature
  2. Stunningly Hot Galaxy Cluster Puts New Spin on How These Cosmic Behemoths Evolved  Scientific American
  3. Weird clump in the early universe is piping hot and we don’t know why  New Scientist
  4. Impossibly Hot Object Discovered 1.4 Billion Years After The Big Bang  ScienceAlert
  5. Earliest, hottest galaxy cluster gas on record challenges cosmological models  Phys.org

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