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Rosatom Scientists Develop Light-Based Technique for Future Materials
Scientists at the Quantum Center and their partners have developed a technical breakthrough that enables the observation of the collective behavior of electrons within ultra-thin materials using light. This is a pioneering achievement that enhances our understanding of complex materials that act as a single unit, such as the Wigner Crystal. This new method, which allows for monitoring the electronic state without the need for strong magnetic fields, relies on analyzing the material's response to light when cooled to extremely low temperatures (below 26 Kelvin). It provides a way to study collective phenomena that form the foundation of future material properties, such as superconductivity. This advancement represents an important step toward developing more efficient quantum materials and devices, with potential applications in solid-state simulators and future technological sectors.
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