The almost impossible, seemingly inexplicable phenomenon that could change technology

Science is trying to respond to a truly unusual phenomenon.

Although we have Centuries of studyLight is still a truly amazing element to us. It has brought us control over it Great progressSo much that it is amazing what we have achieved in just over two hundred years. but, There are still a series of cases that raise doubts This leaves us confused when we try to uncover it. One of these is The ability to create liquid lightAll the way to the state of matter known as superfluidity. Let's try to understand what this is Because it's important.

A truly amazing phenomenon

In 2002, a theoretical case was discovered for the first time It is possible for light to turn into something liquid. However, until 2013 It cannot be verified as fact And in June 2017 It was achieved under normal ambient conditions.

According to Science AlertThe state of matter that was achieved was that of a superfluid without friction or viscosity, like a kind of Bose-Einstein condensate. This was achieved through very specific and demanding conditions, where they had to create an atomic mixture known as a polariton, a quasiparticle that pulls all the particles around it.

This exists for a very short period of time, so it is very present It's hard to notice. But for this they put a whole bunch of Organic materials It was illuminated with laser beams through mirrors.

Note that the light was on Super fluids too It has been discovered that it can have a large number of applications and that this topic can finally be dismissed from the purely theoretical aspect.

For the purpose of synthesis, we find that:

• This phenomenon was discovered in Spain in 2002.
• However, it was not implemented in the real world until 2013.
• It occurs under very specific conditions where light is surrounded by electrons that form a mixture of materials known as Polaritone.
• It is a quasi-particle, which means it is always surrounded by other particles that it drags with it.
• To create living light, they placed nanometer-scale organic molecules between two reflective mirrors.
• Through these mirrors, they fired a laser pulse, causing the light to reach what is known as superfluidity.

At first, it may seem that this discovery will not have many applications, but we use light for everything in our lives. In the field of technology, it could have a series of quite prominent applications, such as the case of optical fibers and perhaps there is the possibility of applying it to quantum computers and in this way one of the big problems that this technology faces could be put to an end. His type of computing. .

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