This is the first picture of the 'spooky impact' that Einstein talked about

Scientists have for the first time obtained an image of quantum entanglement when two photons interact and share the same physical state.

According to the BBC, scientists have for the first time captured the phenomenon of particle entanglement , or quantum entanglement , when two photons interact with each other and share their physical state. This interaction phenomenon occurs no matter how large the distance between these two photons.

To obtain the image, a team of scientists from Glasgow University invented a system that fired a light containing the photons that interacted from a quantum light source into "non-conventional" objects. . The interaction between photons recorded on liquid crystal materials changes the phase of the photons as they pass through.

The image of quantum entanglement is obtained by scientists from Glasgow University.(Photo: BBC).

Professor Paul-Antoine Moreau from the School of Physics and Space, Glasgow University, said this is an image that demonstrates "a fundamental property of nature".

"This is an interesting result, which can be used to promote emerging electronic computing and bring new forms of image," said Moreau.

While alive, the phenomenon of quantum entanglement is described by physicist Albeit Einstein as "spooky" and cannot exist, because of the transient nature of the interaction between two photons, although they may be at a distance. really far. This interaction also seems to go against Einstein's Theory of Relativity.

However, scientists later demonstrated the existence of quantum entanglement, in which scientist John Bell formalized this concept by experimenting to describe the properties of quantum entanglement.

Quantum entanglement is currently being exploited and applied in areas such as quantum computing and cryptography, however, people have not previously captured images of this phenomenon.