Theoretical Variables, Quantum Theory, Relativistic Quantum Field Theory, and Quantum Gravity [Hardcover]

Preface

Part I?A Version of Quantum Theory Based Upon Theoretical Variables, and

Some Implications

Chapter 1: Basic Theory

Chapter 2: The Bell Experiment

Chapter 3: Quantum Probability and Some Consequences

Chapter 4: Information and Entropy

Chapter 5: Links Towards Relativity Theory

Chapter 6: A First Discussion

Part II?Some Special Aspects of Quantum Field Theory, Quantum Gravity,

Quantum Noise Theory and Quantization of General Dynamical

Systems with Engineering Applications

Chapter 1: Introduction and Connections with Part One

Chapter 2: Weyl Representation, Group Actions, Quantization of Yang-Mills Fields and Gravity

Chapter 3: Quantum Noise in Field Theory, Evolution of Non-Gaussian States, Group Actions on Observables, Quantum Effective Action with

Random Currents

Chapter 4: Symmetry Breaking, Theoretical, Variables in Field Theory, New Approaches to Quantum Gravity

Chapter 5: Perturbed Quantum Newtonian Cosmology, Quantum Measurement

of Gravitons, Quantum Electrodynamics in Curved Space-time Background, Quantum Effective Action for Gravitons, QED in Biomedicine

Chapter 6: Quantum Noisy Fields, Classical and Quantum Physics and Neural Networks, Heat and Mass Transfer in General Relativity.

Chapter 7: Constrained Lagrangians and Hamiltonians, Classical and Quantum Neural Networks, Examples of Inaccessibility, Hawking Radiation, Conditioning in Quantum Mechl!