_quantum-computing-gregg-jaeger-boston-university.jpg "Quantum Computing - Gregg Jaeger, Boston University from number theoretic Video Screenshot Preview")
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⏲ Duration: 13 min 16 sec
✓ Published: 07-Dec-2011
✓ Published: 07-Dec-2011
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Quantum ComputingnGregg Jaeger, Boston UniversitynnThe clearest indicator of the deep relationship between information theory and quantum physics is entanglement. The degree of entanglement is now identified with the quantum entropy in the fundamental case of a pair of two-level quantum systems. Fundamentally, the quantum entropy is responsible for differences between quantum and classical information. At the same time, quantum entanglement is increasingly recognized as pervasive in the microphy
Quantum ComputingnGregg Jaeger, Boston UniversitynnThe clearest indicator of the deep relationship between information theory and quantum physics is entanglement. The degree of entanglement is now identified with the quantum entropy in the fundamental case of a pair of two-level quantum systems. Fundamentally, the quantum entropy is responsible for differences between quantum and classical information. At the same time, quantum entanglement is increasingly recognized as pervasive in the microphy
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