May 19, 2022

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Scientists are using simulations to redesign the radiation of the first light in the universe

Scientists are using simulations to redesign the radiation of the first light in the universe

Scientists have been able to activate a simulation called “Theson” to explain the radiation of the first light in the universe, according to a report released by the website.Emotion alert“.

Pro simulation “TheesanRealistic models of galaxy formation and algorithm-based model of cosmic dust to reproduce how light interacts with the surrounding gas.

This simulation provides a very detailed picture of the early formation of galaxies and how they interacted with the gases of the universe at that time and how light began to leak.

Aaron Smith of the Cowley Institute for Astrophysics and Space Research at the Massachusetts Institute of Technology called the simulation “the bridge to the early universe.”

He said that this simulation was ideal for discovering the reasons for the appearance of the universe and for observing the changes that were to come.

Rahul Conan, an astronomer at the Harvard-Smithsonian Center for Astronomy, said: “Most astronomers do not have laboratories to conduct experiments. The size of space and time are so large that we can only perform experiments on computers.”

“We can take basic physical equations and theoretical models to simulate what happened in the early universe,” he added.

The report notes that the universe is nothing more than an opaque ocean and rotating gas cycles, but within a billion years all this has changed because the radiation from the stars has changed drastically and light flows freely. Electromagnetic spectrum.

He said most of what we know about the universe is learned from light, so when light is blocked in some way, it causes some problems, such as black holes that do not emit detectable radiation.

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The Big Bang is trying to reactivate the “cosmic dawn” that formed about a billion years ago, before the universe was filled with fog and gas, which caused the scattering of free electrons.

As the universe began to cool, protons and electrons began to reunite to form neutral hydrogen atoms, which allowed light to travel through space.

About 150 million years after the Big Bang, the universe entered the era of re-ionization when the first stars and galaxies began to form.