SciTechDaily
By using tailored pulses of light and powerful X-ray techniques, scientists have discovered how to create long-lived, light-induced quantum states in a copper oxide material—something previously thought to last only trillionths of a second. This breakthrough allows electrons to tunnel and become trapped in a new configuration…
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Quantum Time-Freeze: Lasers Lock Quantum States 1,000x Longer
Hector Garcia Morales Paul Scherrer Institute
17:33
By using tailored pulses of light and powerful X-ray techniques, scientists have discovered how to create long-lived, light-induced quantum states in a copper oxide material—something previously thought to last only trillionths of a second. This breakthrough allows electrons to tunnel and become trapped in a new configuration…
