Scientists unveil the very first picture of quantum entanglement



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Scientists have unveiled the very first picture of quantum entanglement and, to be honest, I am already lost.

Before I begin to juggle scientific jargon, I just want to emphasize that science has never been my forte. So I'll do my best to explain quantum entanglement and explain how the image may have existed, but you'll have to forgive me if it's a slow process.

Scientists from the University of Glasgow shared this historic photo in an article published in the journal of Scientists progress yesterday (July 12).

It represents an entanglement of Bell, with two photons interacting and sharing physical states for a brief moment, an event that occurs regardless of the distance between the two particles.

In order to capture the image, scientists have created a system consisting of a "borated β-barium-borate crystal (BBO) pumped by a quasi-continuous laser". If you still follow this, I salute you.

The system generated entangled photons from a quantum light source and separated them into two separate optical systems.

These objects have been displayed on liquid crystal materials, which can change the phase of the photons as they move through them. A camera capable of detecting photons was then configured to take a picture when it identifies a tangled photon with another.

Here is the result:

I must admit that it looks like two fuzzy white dots, but I pointed out earlier that I did not have the ability to appreciate the importance of this picture. You could tell me it was just a black and white version of the very first image of a black hole and I believe you.

The researchers describe quantum entanglement as one of the main pillars of quantum mechanics; This is a process that Albert Einstein himself called "remote phantasmagoric action" because of the immediacy of the apparent interaction at a distance between the two particles.

according to News from the skyPaul-Antoine Moreau, from the School of Physics and Astronomy at the University of Glasgow, said:

The image we managed to capture is an elegant demonstration of a fundamental property of nature, seen for the first time in the form of an image.

This is an exciting result that could be used to advance the emerging field of quantum computing and lead to new types of imagery.

So there you have it; quantum entanglement. I hope I did not over plug this historic moment for you.

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