New Approach To Quantum Theory: The Central Role Of Probability
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A01=Stephen B Sontz
Advanced Quantum Theory
Author_Stephen B Sontz
Axiomatic Quantum Theory
Born's Rule
Category=PHQ
Conceptual Foundations of Physics
Conditional Probability in Quantum Physics
Consecutive Quantum Events
Determinism and Indeterminism
EPR Paradox
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Foundational Questions in Physics
Foundations of Quantum Mechanics
Higher-Level Quantum Education
Mathematical Physics
Measurement Problem
Non-Classical Logic in Physics
Non-Commutative Geometry in Physics
Philosophical Foundations of Physics
Philosophy of Quantum Mechanics
Physics-Philosophy
PhysicsAcAEURA"Philosophy
Probability Theory in Theoretical Physics
Quantum Collapse
Quantum Entanglement
Quantum Foundations-Pedagogical Works
Quantum FoundationsAcAEURA"Pedagogical Works
Quantum Information Theory Foundations
Quantum Logic
Quantum Mechanics-Mathematical Models
Quantum MechanicsAcAEURA"Mathematical Models
Quantum Paradoxes
Quantum Probability
Quantum Theory
Quantum Time Evolution
SchrAfA?dinger Equation
Schrodinger Equation
Theoretical Physics
Wave Function Interpretation
Product details
- ISBN 9789819820122
- Publication Date: 31 Dec 2025
- Publisher: World Scientific Publishing Co Pte Ltd
- Publication City/Country: SG
- Product Form: Hardback
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This book presents an advanced-level reorganization of the probability theory of quantum theory based on multiple quantum events in terms of consecutive and conditional probability. This leads to the recognition that the fundamental quantum time evolution equation is the Generalized Born's Rule instead of the Schrödinger equation, which has a valid, though secondary, role in one model of the axioms of quantum theory. That model is usually called the Schrödinger picture. So, this approach is fully consistent with textbook quantum theory. This new approach clarifies the 'paradoxes' in quantum theory of entanglement and collapse. There are few references to classical physics, given that this is a new stand-alone axiomatic presentation of quantum theory. Notice that this is not an 'interpretation' of quantum theory as that word is usually understood. The intended audience consists of scientists, philosophers and students who preferably have some previous knowledge of quantum theory.
