Vincent Van Gogh has been shooting art lovers around the world for more than a hundred years. Recently, famous vortex molds have become a source of inspiration for physicists who find similar structures in quantum fluid. This discovery, according to the capital of the capital, connects the previously predicted quantum turbulence and an instability phenomena and a painting masterpiece.
Researchers have cooled to very low temperatures close to absolute zero, with a multiple component condensate condensate than lithium. In such a quantum fluid, unique vortices occurred on the flow limit at different speeds and similar to sickle -shaped figures on the Van Gogh canvas. These vortices are called fractional ricermyions (EFS) – a new type of topological defect with internal properties.
The discovery of the real system of quantum instability of Kelvin-Helmholtz (KHI) is an important step in the study of quantum phenomena. For a long time, such effects remained only as theoretical hypothesis, and now scientists have been able to observe them directly.
Scientists believe that this may be important for the development of technologies related to Spintronics – electron spin control and creating new information storage devices. Understanding quantum turbulence will help improve more effective quantum systems and materials.
Meanwhile, last month, a sensation occurred in the scientific world. The 17 -year -old girl rejected the hypothesis that scientists have not been able to decide since the 1980s. It all started with homework in courses, and now the girl is preparing for the big future waiting for her in one of the best universities in the world.
Source: People Talk
Mary Crossley is an author at “The Fashion Vibes”. She is a seasoned journalist who is dedicated to delivering the latest news to her readers. With a keen sense of what’s important, Mary covers a wide range of topics, from politics to lifestyle and everything in between.
