No-Cloning and No-Deleting theorems through the existence of Incomparable states under LOCC

Abstract

No-Cloning and No-Deleting theorems are verified with the constraint on local state transformations via the existence of incomparable states. Assuming the existence of exact cloning or deleting operation defined on a minimum number of two arbitrary states, an incomparable pair of states of the joint system between two parties can be made to compare under deterministic LOCC. We have restricted our proof with the assumption that the machine states of the cloning or deleting operations do not keep any information about the input states. We use the same setting to establish the no-cloning and no-deleting theorems via incomparability that supports the reciprocity of the two operations in their operational senses. The work associates the impossibility of operations with the evolution of an entangled system by LOCC.

arXiv comment4 pages, no figures, revtex format, accepted in Quantum Information Processing

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Cited by in corpus (3)

• Character of Locally Inequivalent Classes of States and Entropy of Entanglement
• Complementarity of Quantum Correlations in Cloning and Deleting of Quantum State
• The masking condition for quantum state in two-dimensional Hilbert space