Fundamental Aspects of Quantum Theory

Inhaltsverzeichnis

• General Problems and Crucial Experiments.
• Are Coherent States the Natural Language of Quantum Theory?.
• The Classical Behaviour of Measuring Instruments.
• A Continuous Superselection Rule as a Model of Classical Measuring Apparatus in Quantum Mechanics.
• Quantum Interference Effect for Two Atoms Radiating a Single Photon.
• Neutron Interferometry and Quantum Mechanics.
• An Attempt at a Unified Description of Microscopic and Macroscopic Systems.
• On the Quantum Theory of Continuous Measurements.
• Conditional Expectations on Jordan Algebras.
• Quantization and Stochastic Processes.
• Stochastic Quantization of Gauge Fields and Constrained Systems.
• Brownian Motion, Markov Cosurfaces, Higgs Fields.
• Stochastic Description of Supersymmetric Fields with Values in a Manifold.
• Quantum Stochastic Calculus in Fock space: A Review.
• Quantum Markov Processes Driven by Bose Noise.
• Stochastic Interpretation of Emission and Absorption of the Quantum of Action.
• Probabilistic Expression for the Solution of the Dirac Equation in Fourier Space.
• Are Dirac Electrons Faster than Light?.
• Sojourn Times and First Hitting Times in Stochastic Mechanics.
• Chaotic Behaviour in Quantum Mechanics.
• Quantum Systems Periodically Perturbed in Time.
• Chaotic Ionization of Highly-Excited Hydrogen Atoms by a Microwave Electric Field.
• Possible Evidence of Deterministic Chaos for the Sinusoidally-Driven Weakly-Bound Electron.
• Quantization of Non-Integrable Systems: the Hydrogen Atom in a Magnetic Field.
• Quantum Ergodicity and Chaos.
• Microscopic and Macroscopic Levels of Description New Techniques and Results.
• Some Fundamental Properties of the Ground State of Atoms and Molecules.
• Mass/Energy Gap Associated to Symmetry Breaking: A Generalized Goldstone Theorem for Long Range Interactions.
• Embeddingas a Description of the Relation Between Macro- and Microphysics.
• Some Applications of Semigroups.
• N-Level Systems Interacting with Bosons: Semiclassical Limits.
• Bose-Einstein Condensation in Some Interacting Systems.
• General Aspects of Gauge Theories.
• Charge, Anomalies and Index Theory.
• Adiabatic Phase Shifts for Neutrons and Photons.
• The Gauge Principle in Modern Physics.
• Infinite Dimensional Lie Algebras and Quantum Physics.
• The Spins of Cyons and Dyons.
• Beyond the Hall Effect: Pratical Engineering from Relativistic Quantum Field Theory.
• Generalized Aharonov-Bohm Experiments with Neutrons.
• Round-Table Discussion on the Aharonov-Bohm Effect.
• The Aharonov-Bohm Effect is Real Physics not Ideal Physics.
• Again About an Old Stuff: The Aharonov-Bohm “Effect”.
• Against the Existence of the Aharonov-Bohm Effect.
• Theories Without AB Effect Misrepresent the Dynamics of the Electromagnetic Field.
• Some Cases of the Aharonov-Bohm Effect: Electron Scattering on Magnetic Strings.
• Global Gauge Invariance in Two-Dimensional Quantum Mechanics.
• Gravity in Quantum Mechanics.
• Stability of Matter.
• Ihe Gravitational Phase Transition.
• Gravitational and Rotational Effects on Superconductors.
• Quantum Fields on Manifolds: an Interplay Between Quantum Theory, Statistical Thermodynamics and General Relativity.
• Quantum Field Theory in Gravitational Background.
• Classical Scattering Theory on the Schwarzschild Metric and the Construction of Quantum Linear Fields on Black Holes.
• The Stochastic versus the Euclidean Approach to Quantum Fields on a Static Space-Time.
• Quantum Theory in Vector Bundles.
• Anomalies and Their Cancellation.
• Remarks about Metric Tensors on Fractal Structures.
• Short Communications.
• A New Gauge Without Any Ghost for Yang-Mills Theory.
• UnitaryFormalism for Time-Dependent Problems.
• Finite Temperature Quantum Electrical Network Theory.
• Two Remarks on the Physical Content of Stochastic Mechanics.
• The LambShift for Resonances: Complex Dilations and Coupling Constant Thresholds in Relativistic Quantum Mechanics.
• Energy Density and Roughening in the 3-D Ising Ferromagnet.
• Bose-Einstein Condensation of Free Photons.
• Variational Principle in Quantum Mechanics.
• Geometric Quantum Mechanics.
• Spectral Sum Rules for Confinement Potentials.
• Metrology of Space-Time Dimension.
• Chronological Disordering and the Absence of Correlations between Infinitely Separated States.
• On Solutions of Quantum Stochastic Integral Equations.