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Scientists in Japan have discovered a way to convert waste heat into electricity beyond the traditional limits of thermodynamics—thanks to the strange world of quantum physics.
Using non-thermal quantum states, they’ve created an energy-harvesting method that outperforms anything possible with classical systems. This breakthrough could revolutionize electronics, reduce energy waste, and even power future quantum computers.

Breaking Barriers: Quantum Physics Ushers in a New Era of Energy Harvesting
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Breaking Barriers: Quantum Physics Ushers in a New Era of Energy Harvesting

An accessible and engaging exploration of groundbreaking research showing how quantum physics—specifically non-thermal Tomonaga-Luttinger liquids—can surpass classical thermodynamic limits to transform waste heat into electricity. This article explains the science, the experiment, and the transformative potential for electronics, industry, and quantum computing.
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