Quantum States Of Photons In A Microwave Circuit, Provide The Information Needed For Quantum Simulations-, Holographic Correspondence In Topological Superconductors, Multi-Horizon And Critical Behavior In Gravitational Collapse Of Massless Scalar, Critica
K.N.P. Kumar · Advances in physics theories and applications · 2013
Following system is studied with its corresponding properties: Quantum States Of Photons In A Microwave Circuit, Provide The Information Needed For Quantum Simulations-, Holographic Correspondence In Topological Superconductors, Multi-Horizon And Critical Behavior In Gravitational Collapse Of Massless Scalar, Critical Behavior In Gravitational Collapse Of A Yang-Mills Field, Gravitational Collapse In Anti–De Sitter Spacetimes, Charged Scalar Gravitational Collapse In De Sitter Spacetime, Circuit Photons, Dissipation-Induced Classical To Quantum Transition Key Words: Gravitational collapse, Yang Mills field, Anti de Sitter space times.. The full paper: http://www.iiste.org/PDFshare/APTA-PAGENO-573736-579935.pdf