Quantum entangled pair of protons in a solid phase proton-terminated silicon surface (IMAGE)

Nagoya City University

Quantum entangled pair of protons in a solid phase proton-terminated silicon surface

Caption

This study shows how quantum entanglement displays a huge energy difference between its states unlike those of molecular hydrogen, promising ultra-fast processing in the order of 106 qubits and atom teleportation (H1H4)

Credit

Takahiro Matsumoto from NCU, Japan

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