Publisher's Synopsis
Classical Mechanics: Description of the Theory Position and its Derivatives Velocity and Speed Forces; Newton's Second Law Beyond Newton's Laws Ground State Atomic Theory Quantum Physical Models of the Atom Corpuscular Theory of Light - Old Quantum Theory: History Some Eminent Scientists Max Born Wolfgang Pauli Niels Bohr Quantum Theory: Max Planck and Black Body Radiation Quantisation of Matter: the Bohr Model of the Atom - Bohr's Model: Wave-Particle Duality Application to the Bohr Model Development of Modern Quantum Mechanics Copenhagen Interpretation Wave Function Collapse Dirac Wave Equation Quantum Entanglement Quantum Chemistry Quantum Optics Quantum Information Science Quantum Computer Quantum Decoherence Quantum Complexity Theory - Quantum Cryptography: Quantum Key Distribution Quantum Commitment Bounded and Noisy-Quantum-Storage Model Position-based Quantum Cryptography Post-Quantum Cryptography Quantum Error Correction Communication Complexity Superdense Coding Quantum Teleportation Entanglement Swapping No-communication Theorem Decision Tree Model Classification by Query Computational Model - Quantum Field Theory: History Principles of Quantum Field Theory Implications of Quantum Field Theory Physical Meaning of Particle Indistinguishability Phenomena Associated with Quantum Field Theory Multivalued Gauge Transformations Abraham-Lorentz Force Paradoxes Some Quantum Field Theories Chiral Model Gross-Neveu Model Kondo Model Nambu-Jona-Lasinio Model Noncommutative Quantum Field Theory - Quantum Chromodynamics: QCD Enjoys Two Peculiar Properties Terminology Theory Additional Remarks: Duality Symmetry Groups Area Law and Confinement... -
