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Information stored in quantum systems behaves very differently from ordinary information. It cannot be copied perfectly, for example, and it is usually degraded by measurement. Despite these restrictions, this ghostly sort of information could be of great value in quantum computation and quantum cryptography. My research aims at learning more about the fundamental properties of quantum information. In past years my students and I have studied the classical capacity of a quantum channel and the amount of information one can extract from a single quantum object, and we have found quantitative rules governing the “entanglement” between two or more quantum objects.
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International Journal of Quantum Information (2024)
Entropy (Basel, Switzerland)no. 6 (2023): 875-875
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