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INTERPRETATIONS
OF QUANTUM THEORY
Aim of the
course: The aim of the course is to make the
students familiar with the main interpretations of quantum
theory.
Prerequisites for the course:
The course is self-contained; it does not presuppose the
knowledge of quantum mechanics or the mathematical
foundations thereof.
Course schedule:
- A short
history of quantum theory
- The
formalism of quantum theory I.
- The
formalism of quantum theory II.
- The
measurement problem
- What is
an interpretation?
- The
Copenhagen interpretation
- Objective
collapse interpetations
- Quantum
Bayesianism
- Ensemble
interpretation
- Relational
interpretation
- Bohmian
mechanics
- Many-worlds
interpretation
- Choose
your favorite interpretation!
Literature:
- M.
Dickson: "Non-relativistic Quantum Mechanics," in J.
Butterfield and J. Earman (eds.): Philosophy of Physics,
Elsevier, 2007.
- R. I.
G. Hughes: The
Structure and Interpretation of Quantum Mechanics,
Cambridge: Harward University Press, 1989.
- J. M.
Jauch: Foundations of
Quantum Mechanics, Massachussetts:
Addison-Wesley Publishing Company, 1968.
- T.
Maudlin: Philosophy of Physics: Quantum theory,
Princeton University Press, 2019.
- M.
Readhead: Incompleteness,
Nonlocality, and Realism, Oxford: Clarendon
Press, 1987.
- L.
Ruetsche: Interpreting
Quantum Theories, Oxford: Clarendon Press,
2011.
Introductory notes on the mathematics needed for quantum
theory: pdf.
Lecture notes:
here.
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