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Springer eBooks

Logical Interface Between Quantum Physics and Śūnyatā with Special Reference to Theravāda and Mādhyamika Philosophy

Rana Purushottam Kumar Singh

Published Jan 1, 2019• 0 citations
Publisher
DOI
10.1007/978-981-13-1957-0_23

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Johan van Benthem, Sonja Smets

This special issue is situated at the interface between Logic and the Foundations of Physics.This interface, though not as active as the logical foundations of mathematics, has long existed-with highlights such as "quantum logic", or studies of the general logical structure of physical theories.In recent years, more themes have come to the fore, and we may be witnessing a revival.The papers presented here emanate from a symposium held at the University of Utrecht in January 2008 with the aim of charting established as well as new connections between the two fields.One of the main questions discussed was whether and how modern techniques coming from logic, computer science and information theory might be combined with state-of-the-art insights in the philosophy of physics to gain a better understanding of the main foundational issues and open problems in modern physics.The success of this symposium has shown that there are several possible answers to this question.

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of Epistemology III.- 1. The Chasm between S&T and the Humanities.- 2. Bridging the Chasm.- 3. Towards a Useful PS&T.- 4. Concluding Remarks.- 1. Formal Science: From Logic to Mathematics.- 1. Generalities.- 1.1 Two Main Types of Research Field.- 1.2 Some Peculiarities of Mathematics.- 2. Mathematics and Reality.- 2.1 Conceptual Existence.- 2.2 Mathematics and Reality.- 3. Logic.- 3.1 Logic Lato Sensu.- 3.2 Non-standard Logics.- 4. Pure and Applied Mathematics.- 4.1 Applications of Mathematics.- 4.2 An Example: Probability.- 5. Foundations and Philosophy.- 5.1 Foundations of Mathematics.- 5.2 Philosophies of Mathematics.- 6. Concluding Remarks.- 2. Physical Science: From Physics to Earth Science.- 1. Preliminaries.- 1.1 Physical Quantity, Convention, Measurement.- 1.2 Theory, Metatheory, Protophysics.- 2. Two Classics.- 2.1 Classical Mechanics.- 2.2 Statistical Mechanics.- 3. Two Relativities.- 3.1 Special Relativity.- 3.2 General Relativity.- 4. Quantons.- 4.1 Classons and Quantons.- 4.2 The State Function and its Referents.- 5. Chance.- 5.1 Probability.- 5.2 Double Slit and Double Logic.- 6. Realism and Classicism.- 6.1 Measurement and Projection.- 6.2 Hidden Variables, Separability, and Realism.- 7. Chemistry.- 7.1 Philosophy and Chemistry.- 7.2 Is Chemistry Reducible to Physics?.- 8. Megaphysics.- 8.1 Earth Sciences.- 8.2 Cosmology.- 9. Concluding Remarks.- Index of Names.- Index of Subjects.

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Idea of unity in quantum philosophy and Upanishads

T S Kartika

•Dec 28, 2012•0 citations
This special issue is situated at the interface between Logic and the Foundations of Physics.This interface, though not as active as the logical foundations of mathematics, has long existed-with highlights such as "quantum logic", or studies of the general logical structure of physical theories.In recent years, more themes have come to the fore, and we may be witnessing a revival.The papers presented here emanate from a symposium held at the University of Utrecht in January 2008 with the aim of charting established as well as new connections between the two fields.One of the main questions discussed was whether and how modern techniques coming from logic, computer science and information theory might be combined with state-of-the-art insights in the philosophy of physics to gain a better understanding of the main foundational issues and open problems in modern physics.The success of this symposium has shown that there are several possible answers to this question.
of Epistemology III.- 1. The Chasm between S&T and the Humanities.- 2. Bridging the Chasm.- 3. Towards a Useful PS&T.- 4. Concluding Remarks.- 1. Formal Science: From Logic to Mathematics.- 1. Generalities.- 1.1 Two Main Types of Research Field.- 1.2 Some Peculiarities of Mathematics.- 2. Mathematics and Reality.- 2.1 Conceptual Existence.- 2.2 Mathematics and Reality.- 3. Logic.- 3.1 Logic Lato Sensu.- 3.2 Non-standard Logics.- 4. Pure and Applied Mathematics.- 4.1 Applications of Mathematics.- 4.2 An Example: Probability.- 5. Foundations and Philosophy.- 5.1 Foundations of Mathematics.- 5.2 Philosophies of Mathematics.- 6. Concluding Remarks.- 2. Physical Science: From Physics to Earth Science.- 1. Preliminaries.- 1.1 Physical Quantity, Convention, Measurement.- 1.2 Theory, Metatheory, Protophysics.- 2. Two Classics.- 2.1 Classical Mechanics.- 2.2 Statistical Mechanics.- 3. Two Relativities.- 3.1 Special Relativity.- 3.2 General Relativity.- 4. Quantons.- 4.1 Classons and Quantons.- 4.2 The State Function and its Referents.- 5. Chance.- 5.1 Probability.- 5.2 Double Slit and Double Logic.- 6. Realism and Classicism.- 6.1 Measurement and Projection.- 6.2 Hidden Variables, Separability, and Realism.- 7. Chemistry.- 7.1 Philosophy and Chemistry.- 7.2 Is Chemistry Reducible to Physics?.- 8. Megaphysics.- 8.1 Earth Sciences.- 8.2 Cosmology.- 9. Concluding Remarks.- Index of Names.- Index of Subjects.