Titlebook: Quantum Theory of Conducting Matter; Superconductivity Shigeji Fujita,Kei Ito,Salvador Godoy Book 2009 Springer-Verlag New York 2009 Bose-E

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Compound Superconductors,show the same superconducting behavior. The Abrikosov vortex lines, each consisting of a quantum flux and circulating supercurrents, are explained in terms of a supercondensate made up of condensed pairons. Exchange of optical and acoustic phonons are responsible for type II behavior.

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Josephson Effects,currents, not lasers, respond to electromagnetic fields, however. Basic equations for the current passing a Josephson junction are derived. They are used to discuss SQUID and AC Josephson effects. Analyses of Shapiro steps in the V–I diagram show that the quasi-wavefunction . rather than the G–L wavefunction . represents correct pairon dynamics.

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High Temperature Superconductors,nal optical phonon exchange generates positively . negatively charged pairons, both of which move with linear dispersion relations. The system of the pairons undergoes a Bose–Einstein condensation at the critical temperature ., where . is the pairon density and . the Fermi speed. The phase change is of the third order.

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Shigeji Fujita,Kei Ito,Salvador Godoyn the circulating blood and the neural retina. Thus, understanding of inner BRB transport mechanisms is an important step toward drug targeting of the retina. Nevertheless, information of inner BRB transport is very limited due in part to the difficulty in precise determination of inner BRB transpor

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