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Quantum Information
General
Mach-Zehnder interferometer
Basics of Complex Linear Algebra
Postulates of Quantum Mechanics
Introduction into tensor products
Deutsch-Jozsa algorithm
Reversible computation
Universal set of gates
Shor's algorithm
Discrete Fourier transform and its quantum decomposition
Complex projective line representations
Unitary operators as rotations
Extended Euler's formula and the AXBXC decomposition
Quantum Key Sharing principle
Quantum entropy
Tutorial examples
Tasks for credit
List of topics
Home
Course info
Home
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Faculty of Mathematics and Physics
Department of Algebra
Quantum Information
Summary
Quantum Information
Teacher:
Štěpán Holub
Teacher:
Jiří Pavlů