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What Are The Best Free Note Taking Apps for Android? What Are The Best Free Note Taking Apps for Android?.If we succeed in controlling this effect, we may also be able to eventually realize a quantum spin liquid," Pustogow says. For example, our experiments help to better understand the mechanism of magnetoelastic coupling. "Although κ-(BEDT-TTF) 2Cu 2(CN) 3 itself is not a quantum spin liquid, our research provides important clues for further research into these materials. Below 6 Kelvin, however, the electrons freeze again and lose their magnetic moments as well. This "Pomeranchuk effect," named after the researcher who predicted it, was also observed by the international research team in κ-(BEDT-TTF) 2Cu 2(CN) 3: At higher temperatures, the material initially shows insulating behavior with rigid electrons that melt into a liquid (metal) when it cools. Exactly the same effect occurs with electrons in solids when they freeze upon increasing temperature from a metallic state (mobile electrons) to a Mott insulator, in which the electrons are firmly bound to the atom and do not move. Already back in the 1950s a Soviet researcher predicted that helium-3 behaves differently from conventional materials, turning from solid to liquid rather than from liquid to solid at low temperatures (of less than 0.3 Kelvin). The researchers also found that the phase diagram of κ-(BEDT-TTF) 2Cu 2(CN) 3 strongly resembles that of helium-3. "So we make the impossible possible and follow the entropy footprints of the magnetic moments and thus gain new insights into a supposed quantum spin fluid," continues Pustogow. This was only made possible by a method that is unique worldwide, which the Japanese partners used to study the material. "The special thing is that the very shape of the phase boundary gives deep insights into the physics of magnetic quantum fluctuations, which actually can't be measured with electrical resistance per se," says Pustogow. In order to now find out how the supposed quantum spin liquid-i.e., a liquid in which the spins of the electrons can rotate freely and are quantum entangled-behaves under pressure, the research team carried out systematic resistance measurements. If you now change the pressure, for example by heating water in a pressure cooker, the boiling point increases to over 100☌. Water, for example, becomes solid at a temperature of 0☌ and gaseous at 100☌. If you understand this language, a quick glance at the diagram shows how the properties of a material change depending on temperature and pressure. "Phase diagrams are the language of physics," says Pustogow, leading author of the current study. Phase diagrams illustrate material properties In 2021, Andrej Pustogow from the Institute of Solid State Physics at TU Wien has already investigated the magnetic properties of this material. In their recent publication in the journal Nature Communications, the researchers report how they investigated the mysterious quantum state by measuring the electrical resistance in κ-(BEDT-TTF) 2Cu 2(CN) 3 as a function of temperature and pressure. Now, however, researchers from TU Wien and Toho University in Japan have shown that the promising material, κ-(BEDT-TTF) 2Cu 2(CN) 3, is not the predicted quantum spin liquid, but a material that can be described using known concepts.
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