“Unique condition. Physicists have turned light into a solid body that flows as a liquid on March 6, 17:30 Saves Reading List → Read later to share: discovery provides new opportunities for studying phase transitions in a quantum environment and can lead to the development of technologies that use similar properties of matter (photo: pixabay) Unique”, – WRITE ON: ua.news
Saved Reading List → 
Read later The discovery provides new opportunities for the study of phase transitions in the quantum environment and can lead to the development of technologies that use similar properties of matter (photo: pixabay)
The new discovery in quantum physics has made it possible to turn light into a unique state that has the properties of both solid and fluid.
This achievement has become a significant step in the study of condensed environments and expands the idea of how matter can change its properties under certain conditions. The experiment demonstrated the possibility of creating a stable structure consisting of particles capable of forming a crystal lattice, but at the same time remain in the quantum without viscosity.
The use of advanced technologies made it possible to bypass the need for extremely low temperatures that were previously required for such experiments. The researchers used a technique based on the interaction of a laser with a semiconductor material, which led to the formation of new quantum particles. During the detailed analysis, it was possible to confirm that the resulting condition has characteristics that were previously observed only in theoretical models.
Operately appearing new excretions for the creation of phase transitions in quantum masters and can be able to open the technology, which will seek the mouse of the mother. In the prospects, you can also find resources with the avoidance and staffing materials, which are necessary to find in the predevrable fields of science and technochers. The expensiveness of the quantum isova will allow the access to the distinguished systems and the disassembly of new methods of information.
The results obtained confirm that further experiments will make it possible to study more deeply the laws of physics at the fundamental level. Researchers intend to continue analyzing the properties of a new form of matter to determine its potential and possible areas of application. This discovery can be the basis for future breakthroughs in quantum technologies and fundamental science.