Titlebook: Quantum Entanglement in Electron Optics; Generation, Characte N. Chandra,R. Ghosh Book 2013 Springer-Verlag Berlin Heidelberg 2013 Coulombi

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Strength

Coulombic Entanglement: One-Step Single Photoionization of Atomsying particles one of which is an electronic qubit. It is simplest for two reasons: First, the whole process is completed in a single step; second, it is based on the well-understood physics of photoelectric effect [1] taking place due to the absorption of a single photon .. in a target . in the .1

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Coulombic Entanglement: Two-Step Double Photoionization of Atomsation (i.e., loss of first electron) is caused from the energy supplied by some external source, the secondary ionization (i.e., emission of second electron) takes place in the rearrangement of electrons resulting from the primary ionization. Such a rearrangement of electrons becomes necessary whene

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Bipartite States of Photonic and Flying Electronic Qubitsatom in its photoionization. Consequently, at both of these places, properties of the Coulombic and of fine-structure entanglement of bipartite spin-states of a pair of (photoelectron .., Auger electron ..) have, respectively, been investigated.

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Meander

Conclusions and Prospectivesangled states of two or more qubits. Hitherto, these qubits have primarily been photons and/or atoms. Photons are excellent carriers of information—nothing can travel faster than an electromagnetic wave. Also, it is relatively easy to generate states of two or more photonic qubits entangled with res

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