A Supercomputer curates millions of universes virtually


Understanding the inception of the galaxies can be a little tricky. Well, to have a better understanding of the cosmos, there is a need to discover the constellations which are billions of years old. The younger examples of the galaxies are as early as the billions of years. So, the only thing that the modern-day astronomers and enthusiasts can do is simulate universes using a very powerful computer.

The significant researchers at the notable Arizona university use the Ocelote supercomputer present at the school. Moreover, the researchers did use the computer as the notable “UniverseMachine” to generate billions of mini universes. 

The goal of the researchers is to witness miniature versions of the universe by putting it in contrast with the present-day cosmos. It is important to note that to create completely virtual universes, it would require a massive rate of computing power. So, the real question is how did the team manage to orchestrate a grand virtual feat like this.

A supercomputer brought the virtual universe into existence

The team came up with a system which had the perfect amount of resolution to scale a large chuck from a simple supernova. Before the researchers began with their journey, they had a different set of rules to each of the universes. Then all they had to do was wait and see which simulations are close enough to the real data.

The supercomputer took three weeks to bring eight million virtual-simulated universes to life. The experimentation might not be able to explain how the world works. However, there is a highly likely chance that it would challenge the theories that currently exist.

The report suggests that galaxies can quickly produce many stars when putting into contrast with the existing astronomical theories. The experimentation also indicates that formation of stars should’ve ended a long time ago. Moreover, the dark matter in the milky way galaxy might not have been quite hostile. The scientists cannot simply toss out the previously astronomical knowledge; however, the recent findings might change a few perceptions across the globe.


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