Quantum Mechanics Done Right
Quantum Mechanics Done Right
The Shortest Path from Novice to Researcher
Freericks, James
Springer International Publishing AG
04/2026
1451
Dura
Inglês
9783031878442
Pré-lançamento - envio 15 a 20 dias após a sua edição
Descrição não disponível.
Part One: Conceptual ideas in quantum mechanics.- Chapter 1: Introduction to the quantum world.- Chapter 2: Advanced quantum mechanics of spin.- Chapter 3: Quantum mechanics of light.- Chapter 4: Advanced quantum mechanics with light.- Part Two: Quantum operator mechanics.- Chapter 5: Math interlude.- Chapter 6: Spin one-half and polarization.- Chapter 7: The simple harmonic oscillator.- Chapter 8: Summary of the fundamental operator identities.- Chapter 9: Angular momentum and spin.- Chapter 10: The Ising and XY models of interacting spins.- Chapter 11: The nonrelativistic Hydrogen atom.- Chapter 12: Particles in boxes.- Part Three: Advanced quantum operator methods.- Chapter 13: Mathematical interlude II.- Chapter 14: Time dependence.- Chapter 15: Heisenberg model.- Chapter 16: Relativistic Hydrogen atom.- Chapter 17: Bosons and Fermions.- Chapter 18: Hubbard model.- Chapter 19: Applications to Chemistry.- Chapter 20: Quantizing light.- Chapter 21: Quantum simulation.- Chapter 22: Decoherence and squeezed states.- Chapter 23: Real single quanta measurements.- Epilogue.
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Open Access;operator methods in quantum mechanics;calculus-free quantum mechanics;quantum mechanics for lifelong learners;quantum mechanics for citizen science;second quantum revolution;introduction to quantum mechanics
Part One: Conceptual ideas in quantum mechanics.- Chapter 1: Introduction to the quantum world.- Chapter 2: Advanced quantum mechanics of spin.- Chapter 3: Quantum mechanics of light.- Chapter 4: Advanced quantum mechanics with light.- Part Two: Quantum operator mechanics.- Chapter 5: Math interlude.- Chapter 6: Spin one-half and polarization.- Chapter 7: The simple harmonic oscillator.- Chapter 8: Summary of the fundamental operator identities.- Chapter 9: Angular momentum and spin.- Chapter 10: The Ising and XY models of interacting spins.- Chapter 11: The nonrelativistic Hydrogen atom.- Chapter 12: Particles in boxes.- Part Three: Advanced quantum operator methods.- Chapter 13: Mathematical interlude II.- Chapter 14: Time dependence.- Chapter 15: Heisenberg model.- Chapter 16: Relativistic Hydrogen atom.- Chapter 17: Bosons and Fermions.- Chapter 18: Hubbard model.- Chapter 19: Applications to Chemistry.- Chapter 20: Quantizing light.- Chapter 21: Quantum simulation.- Chapter 22: Decoherence and squeezed states.- Chapter 23: Real single quanta measurements.- Epilogue.
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.