Entangled state based on nonorthogonal state
Osamu Hirota, Masahide Sasaki
TL;DR
This paper explores entangled states constructed from nonorthogonal states, demonstrating that such states can achieve a complete degree of entanglement, which enhances understanding of their properties.
Contribution
It clarifies the properties of entangled states based on nonorthogonal states and shows they can attain full entanglement, a novel insight in quantum information.
Findings
Nonorthogonal state-based entangled states can be fully entangled.
Properties of these entangled states are clarified.
They can achieve complete degree of entanglement.
Abstract
Properties of entangled states based on nonorthogonal states are clarified. Especially, it is shown that they can have complete degree of entanglement.
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Taxonomy
TopicsQuantum optics and atomic interactions · Molecular spectroscopy and chirality · Cold Atom Physics and Bose-Einstein Condensates