New Topics in Josephson Junction and Superconductivity Research (Google eBook)
Carl S. Winslow
Nova Publishers, 2007 - Science - 225 pages
The Josephson Junction is a type of electronic circuit capable of switching at very high speeds when operated at temperatures approaching absolute zero. It exploits the phenomenon of superconductivity, the ability of certain materials to conduct electric current with practically zero resistance. This book presents new and important research in superconductivity. This includes optical properties, magneto-optics and surface acoustic waves, microwave responses, theories of superconductivity, synthesis in electronic applications and high temperature superconductivity.
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Microwave Response of Ceramic MgB₂ Samples
Theory of Superconductivity in Doped Cuprates
LowTemperature Synthesis of Superconducting MgB₂ Thin Films for Electronics Applications
anisotropy annealing antiferromagnetic Appl Phys behavior Berry phase Cooper pairs critical temperature cuprate cuprate superconductors curves d-wave dendrites density described disorder doped cuprates doping doping concentration dressed holon pairing effect electron electron-doped entanglement equations experimental results Fermi surface film growth fluctuation flux penetration fluxons Green's function high temperature hole doping impurities in-situ incommensurate magnetic scattering interaction investigated lattice layers Lett low temperatures magnetic field magnetic flux magneto-optical magneto-optical images Mattis-Bardeen measurements Mg vapor MgB2 films MgBi microwave nonlinear normal normal-state obtained optical conductivity optimal doping order parameter penetration depth perturbations Physical Review post-annealed Pulsed Laser Deposition quantum quasiparticle R-T method regime renormalization sample self-energy SH signal shows substrate superconducting gap superconducting properties superconducting transition temperature superconducting-state surface acoustic waves surface resistance temperature dependence theory thermal thermomagnetic thin films underdoped upper critical field YBCO