Tuesday , February 7 2023

The 100-kilometer long car could tell us what …


A 100 kilometer-long car is built in Europe and can tell us what our universe does to grow and how it does.

The Future Circular Collider will be built between the Swiss and French borders and is designed to break the unknown territory into particle physics.

It's set to be an upgrade to the world's largest, big Hadron Collider, which is set to reach the limits of its discovery around 2035, and in this case the bigger the better.

The large cadence coordinator has 27 kilometers, while the new one has a length of 100 kilometers.

So what do these cars actually do?

In essence, two beams of infinitely small particles are pulled around the massive circular machine, almost at the speed of light, held in place of electromagnets, each having a length of up to 15 meters.

Higher is certainly better in this case (Image AAP)

Then they break one another at colossal speeds. Scientists are studying the results of collisions to see what kind of matter is created by the energy of these particles that hit each other.

By doing so, they hope to find the atomic structure of "dark energy," the force that, according to NASA, leads the expansion of the universe.

"One of the goals of producing a larger accelerator than a large accelerator is to get enough energy to produce a dark matter directly into the experiment and find out what it is," said Professor Clancy James of the Curtin Institute Radio Astronomy Radio said 10 daily.

The image of what happens when the particles hit each other. (AAP Image)

With higher speeds in this massive machine and more magnets required to control the beams, the size of the car is critical.

"You can only get magnets to have some power, so you have to build a much larger tunnel to get very large energy particles to get you back where you are … so you need to build a physical great, "said Professor James.

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Professor James nevertheless secured anyone worried about the unintended consequences. He assured 10 daily that there would be no accidental black holes created by experiments.

Since these types of particle collisions are already happening around the earth's atmosphere at higher energies than we can produce and we have not been sucked by a black hole by them, Prof. James said the new Collider should be safe.

Image Image: (Image https://home.cern)

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