Technion Researchers Discover New Type of Quantum Entanglement
Breakthrough study reveals photons confined in nanoscale structures exhibit total angular momentum, unlocking new possibilities for quantum technology.
- Technion researchers have identified a novel form of quantum entanglement involving photons' total angular momentum, marking the first such discovery in over 20 years.
- The study, published in *Nature*, demonstrates how photons confined to nanoscale structures merge their spin and orbital angular momentum into a unified property.
- This breakthrough enriches the quantum state space available to photons, offering new tools for quantum communication and computing.
- The research paves the way for miniaturized, energy-efficient quantum components by enhancing photon-material interactions in confined spaces.
- Led by Amit Kam and Dr. Shai Tsesses, the interdisciplinary effort highlights Israel's Technion as a leader in advancing quantum science.
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