Physical perspectives on computation, computational perspectives on physics
- Cambridge : Cambridge University Press, 2020
- xiv, 311 pages ; ill., 24 cm
Includes bibliographical references and index.
Historically, philosophers have devoted a great deal of attention to the interrelations between computational concepts and both mathematical concepts and the concepts of intelligence and mind. There has been much less work, however, on the interrelations between computational concepts and those of the natural sciences. Our goal, in putting this edited volume together, was to begin to fill in this gap with a book dedicated to the connections between computation and physics, and to encourage further work in this area.
9781316622025
Mathematical physics Data processing Physics Computational complexity Mathematics Computer science Metaphysics Abstraction/Representation theory Black hole Cellular automation Church-Turing thesis Deutsh's principle Euler's method Feasibly (un) computable problem Gandy's thesis Hilbert space Landauer's principle Maxwell's demon Phase space Qubits Relativistic computer Turing machine Zure's thesis