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Introduction

F. J. Duarte

The experimental origin of quantum mechanics is highlighted, and essential features of the photon are described. The philosophical path to quantum entanglement, as defined by the works of EPR–Bohm and Aharonov–Bell, and the physics path to quantum entanglement, as defined by the works of Dirac–Wheeler–Pryce and Ward, are introduced and discussed. The probability amplitude for quantum Entanglement, discovered in 1947, is then introduced prior to a high-level overview of the field. This introduction then concludes with a chapter-by- chapter description of the book and its purpose.The experimental origin of quantum mechanics is highlighted, and essential features of the photon are described. The philosophical path to quantum entanglement, as defined by the works of EPR–Bohm and Aharonov–Bell, and the physics path to quantum entanglement, as defined by the works of Dirac–Wheeler–Pryce and Ward, are introduced and discussed. The probability amplitude for quantum Entanglement, discovered in 1947, is then introduced prior to a high-level overview of the field. This introduction then concludes with a chapter-by- chapter description of the book and its purpose.

Institute of Physics eBooksOct 1, 20190 citations

Introduction

Gennaro Auletta, Shang-Yung Wang

Quantum mechanics represents one of the great conceptual revolu- tions of the 20th century. It has raised a huge number of fundamental questions of both physical and philosophical kind. • What does matter mean at all? • What are the main properties or characteristics of matter? • Can matter be reduced to information? • Is our universe probabilistic at the most fundamental level? • Are there non-local correlations in nature? • Are non-causal interconnections between physical systems possible?Quantum mechanics represents one of the great conceptual revolu- tions of the 20th century. It has raised a huge number of fundamental questions of both physical and philosophical kind. • What does matter mean at all? • What are the main properties or characteristics of matter? • Can matter be reduced to information? • Is our universe probabilistic at the most fundamental level? • Are there non-local correlations in nature? • Are non-causal interconnections between physical systems possible?

Jun 20, 20140 citations

Quantum Mechanics

Eduardo R. Mucciolo

Now that we went through the math and the notation, we can introduce the fundamentals of quantum mechanics in a formal and precise way.

CRC Press eBooksAug 6, 20250 citations

Introduction

F. J. Duarte, T S Taylor

The basic principles of quantum mechanics relevant to the probability amplitude of quantum entanglement, are introduced. The philosophical path to quantum entanglement, EPR to Bohm and Aharonov to Bell, and the physics path to quantum entanglement, Dirac to Wheeler to Pryce and Ward, are introduced and discussed. The introduction then concludes with a chapter-by-chapter description of the book and its intended purpose.

Institute of Physics eBooksJul 1, 20210 citations

Introduction

F. J. Duarte

The experimental origin of quantum mechanics is highlighted and essential features of the photon are described. The philosophical path to quantum entanglement, as defined by the works of EPR to Bohm and Aharonov to Bell, and the physics path to quantum entanglement, as defined by the works of Dirac to Wheeler to Pryce and Ward, are introduced and discussed. The probability amplitude for quantum entanglement, discovered in 1947, is then introduced prior to a high-level overview of the field. The introduction then concludes with a chapter-by-chapter description of this book and its aims.The experimental origin of quantum mechanics is highlighted and essential features of the photon are described. The philosophical path to quantum entanglement, as defined by the works of EPR to Bohm and Aharonov to Bell, and the physics path to quantum entanglement, as defined by the works of Dirac to Wheeler to Pryce and Ward, are introduced and discussed. The probability amplitude for quantum entanglement, discovered in 1947, is then introduced prior to a high-level overview of the field. The introduction then concludes with a chapter-by-chapter description of this book and its aims.

Institute of Physics eBooksSep 1, 20220 citations

Principles and Lessons of Quantum Physics. A Review of Interpretations, Mathematical Formalism, and Perspectives

Rudolf Haag

Springer eBooksJan 1, 19961 citation

Introduction

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