No. I'm advocating critical thinking skills.Chronos said:You seem fixated on the bullet cluster as if it is some kind of demon haunting your version of cosmology. Are you advocating an alternative to LCDM?
The Coma Cluster is a large cluster of galaxies located approximately 320 million light years away in the constellation Coma Berenices. It is one of the largest and most massive galaxy clusters in the observable universe.
The X-Ray Mass of the Coma Cluster is measured by analyzing the X-ray emissions from the hot gas within the cluster. This data is then used to estimate the total mass of the cluster, including both visible matter (galaxies, gas, etc.) and dark matter.
The X-Ray Mass of the Coma Cluster provides valuable information about the distribution and amount of dark matter within the cluster, as well as the dynamics and evolution of galaxy clusters. It also helps to better understand the overall structure and formation of the universe.
The X-Ray Mass of the Coma Cluster is among the largest known for galaxy clusters, with an estimated mass of over 1,000 trillion times that of the sun. However, there are other clusters that have been found to have even higher masses, such as the El Gordo cluster with a mass of 3,000 trillion times that of the sun.
The X-Ray Mass of the Coma Cluster provides important insights into the properties and behavior of dark matter, which is still a largely unknown component of the universe. It also helps to further our understanding of galaxy cluster formation and evolution. Additionally, this information can be used to test and refine our current models and theories of the universe.