Study of Entangled States in Quantum Mechanics and their applications - Sharma, Sushamana
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This book provides the idea of future technology based on the laws of quantum mechanics for example quantum teleportation, quantum computation. It includes the concept, definition, characteristics and detection of nonclassical states as well as entangled states. Wigner function for Two mode electromagnetic waves is developed and it is exposed to detect nonclassicality and entanglement. It covers the computation of Weyl ordered operators using Wigner function. It also contains the generation of two mode squeezed state and maximally nonclassical state by the application of inverse of boson operators.…mehr

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Produktbeschreibung
This book provides the idea of future technology based on the laws of quantum mechanics for example quantum teleportation, quantum computation. It includes the concept, definition, characteristics and detection of nonclassical states as well as entangled states. Wigner function for Two mode electromagnetic waves is developed and it is exposed to detect nonclassicality and entanglement. It covers the computation of Weyl ordered operators using Wigner function. It also contains the generation of two mode squeezed state and maximally nonclassical state by the application of inverse of boson operators.
Autorenporträt
Dr. Sushamana Sharma is teaching physics in JIET, Jodhpur as Associate Professor. Her specialisation is in Quantum Optics and has published more than 10 research papers in the journals of international and national repute. Her papers accepted in conferences organised by Microsoft, Washington, The Royal Society, London, Indian Laser Association.