Creating light, a breakthrough in quantum mechanics
The latest and surprising discovery of science has been possible thanks to a group of experts from the Chalmers University of Technology in Sweden, who have achieved create light from nothing. An experiment that has been possible thanks to a sophisticated scientific device such as a superconducting quantum interference device (SQUID) capable of modifying the speed of light. In a PROFESSOR we are going to better analyze this finding to check the advances of science.
Although it will still be necessary to carry out more tests to verify the results of this research, the scientists consider that we are possibly facing a historical moment of quantum mechanics.
An important advance that will be decisive for future research related to this field of science, which states that empty space is not really empty, since there are a series of particles so fleeting that they are imperceptible.
During the investigation, the superconducting quantum interference device (SQUID) acted as if outside a mirror and adjusted the direction of the magnetic field, thereby displacing the speed of the light. What i said in other words
triggered a photon light emerging from the void. The study has been released through a specialized publication where fundamental aspects of quantum mechanics are also explained.This branch of physics is one of the most important, which makes quantum mechanics one of the most important advances of the 20th century that tries to explain the behavior of matter and energy.
The generalist newspaper ABC also collects this surprising research that demonstrates the theory of quantum physics when it defends that space is not at all empty like us we think.
If the results of the study carried out by the Swedish scientists can be demonstrated, the research will have important practical application in the discovery and development of many technologies.
If you want to read more articles similar to Creating light, a breakthrough in quantum mechanics, we recommend that you enter our category of Modern physics.