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The Physics of Quasiparticles: Experiments with the Quantum Building Blocks of Emergent Matter
| AUTHOR | Thomas, Gareth Morgan |
| PUBLISHER | Independently Published (04/29/2025) |
| PRODUCT TYPE | Paperback (Paperback) |
Unlock the Hidden Architecture of Matter
The Physics of Quasiparticles is a comprehensive and visually engaging exploration of the emergent phenomena that define modern quantum materials. From electrons dressed by interactions to topologically protected edge states, this book reveals how quasiparticles serve as the foundational building blocks of condensed matter systems.
Designed for researchers, advanced students, and technical professionals, this volume seamlessly integrates theory, experiments, and infographics. Each chapter blends rigorous explanations with real-world experimental methods-from ARPES and RIXS to quantum sensing and pump-probe spectroscopy-offering readers both the conceptual framework and practical insights needed to understand and probe quasiparticles across diverse platforms.
Spanning spin, charge, orbital, and hybrid excitations-including magnons, excitons, phonons, polaritons, and Majorana modes-the book covers:
Mathematical tools: Green's functions, Dyson's equation, and spectral analysis
Classification by charge, spin, and topology
Experimental platforms: 2D materials, cold gases, topological insulators, and superconductors
Computational techniques: DFT, DMFT, GW, tensor networks, and machine learning
Applications in quantum computing, optoelectronics, spintronics, and analog gravity
Complete with structured experiments, rich diagrams, and cross-disciplinary connections, The Physics of Quasiparticles is an essential reference for understanding the emergent quantum matter shaping the future of science and technology.
Unlock the Hidden Architecture of Matter
The Physics of Quasiparticles is a comprehensive and visually engaging exploration of the emergent phenomena that define modern quantum materials. From electrons dressed by interactions to topologically protected edge states, this book reveals how quasiparticles serve as the foundational building blocks of condensed matter systems.
Designed for researchers, advanced students, and technical professionals, this volume seamlessly integrates theory, experiments, and infographics. Each chapter blends rigorous explanations with real-world experimental methods-from ARPES and RIXS to quantum sensing and pump-probe spectroscopy-offering readers both the conceptual framework and practical insights needed to understand and probe quasiparticles across diverse platforms.
Spanning spin, charge, orbital, and hybrid excitations-including magnons, excitons, phonons, polaritons, and Majorana modes-the book covers:
Mathematical tools: Green's functions, Dyson's equation, and spectral analysis
Classification by charge, spin, and topology
Experimental platforms: 2D materials, cold gases, topological insulators, and superconductors
Computational techniques: DFT, DMFT, GW, tensor networks, and machine learning
Applications in quantum computing, optoelectronics, spintronics, and analog gravity
Complete with structured experiments, rich diagrams, and cross-disciplinary connections, The Physics of Quasiparticles is an essential reference for understanding the emergent quantum matter shaping the future of science and technology.