Researchers have achieved a breakthrough in materials science by successfully inducing quantum behavior—specifically magnetism—in a non-magnetic material at room temperature using laser light. Previously, such quantum effects could only be observed and exploited at extremely low (cryogenic) temperatures, which severely limits applications. This finding could revolutionize electrical engineering by paving the way for faster, more energy-efficient computers and other technologies that harness quantum properties without the need for complex cooling systems. Source: UConn Today Link: https://today.uconn.edu/2025/12/harnessing-quantum-power-to-shape-the-future/
Quantum Breakthrough Makes Non-Magnetic Materials Magnetic at Room Temperature
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