First engine powered by entanglement

The first engine powered by entanglement represents a groundbreaking achievement in quantum mechanics, showcasing the practical use of quantum entanglement for energy transfer and work generation. Unlike classical engines that rely on macroscopic physical processes like combustion or thermodynamics, this quantum engine harnesses the unique property of entangled particles, where the state of one particle is instantaneously connected to another, regardless of distance. By exploiting the correlations between entangled particles, energy can be extracted or transferred in a manner that defies traditional limitations. This innovative approach opens new possibilities for ultra-efficient, nanoscale engines and devices, with potential applications in quantum computing, advanced energy systems, and fundamental physics research. It marks a bold step toward leveraging quantum phenomena for real-world engineering solutions.