A01=V. Tripathi
advanced undergraduate physics
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Author_V. Tripathi
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Category1=Non-Fiction
Category=PBW
Category=PHFC
Category=PHQ
Category=PSA
condensed matter theory
Conduction Electrons
COP=United States
Degenerate Fermi Gas
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disorder in metals
Distribution Function
electron correlation effects
Electron Relaxation Rate
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Fermi Golden Rule
Fermi Liquid
Fermi Liquid Theory
Fermi Surface
Ferromagnetic Instability
Hertz Theory
Impurity Spin
Kondo Model
Kondo Temperature
Landau Fermi Liquid Theory
Landau Fermi Liquids
Language_English
Magnetic Impurity
Many-Body Physics
Marginal Fermi Liquid
mesoscopic systems
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Particle Hole Pairs
Pauli Spin Susceptibility
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Quantum Critical Point
Quantum Liquids
quantum phase transitions
quantum transport phenomena in fermionic systems
Quasiparticle Energy
Single Particle Excitation
softlaunch
Specific Heat Coefficient
Spin Flip Scattering
Spin Fluctuations
Superconductor
Product details
- ISBN 9781498755436
- Weight: 440g
- Dimensions: 156 x 234mm
- Publication Date: 22 Feb 2018
- Publisher: Taylor & Francis Inc
- Publication City/Country: US
- Product Form: Hardback
- Language: English
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This book consolidates the older and more recent concepts on weakly-interacting fermions where traditional many-body techniques are adequate. Targeting primarily the advanced undergraduates and graduates, the author has included plenty of examples and problems from contemporary topics of research.
Vikram Tripathi obtained his B. Sc (H) Physics degree from St. Stephen's College, University of Delhi in 1994. During 1994-2000, he was at Trinity College, University of Cambridge studying for his Natural Sciences Tripos and M.Sci (Physics) (1994-97); and Ph.D. (Physics) (1997-2000). After two years of postdoctoral work at Rutgers University, New Jersey, USA, he returned to the University of Cambridge to take up a four-year Junior Research Fellowship at Trinity College (2002-06). He is an Associate Professor in the Department of Theoretical Physics at the Tata Institute of Fundamental Research (TIFR) and has been with TIFR since September 2006. His general research interest is in the area of strongly correlated electron systems (SCES) - quantum systems where particle interactions are significant compared with their kinetic energies. His research work since 2006 can be categorized under three broad topics in strongly correlated electron systems, and involves both purely theoretical work as well as collaboration with experimentalists: 1. Electronic transport and noise, magnetism, quasi long-range electronic order in mesoscopic structures; 2. Coulomb effects in strongly disordered superconductors; 3. Impurity effects in quantum spin-liquids.
