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This one-semester course is aimed for Ph.D. students interested in quantum computers, quantum algorithms, and quantum information theory, with an accent towards their application to simulations of physical and physicochemical systems (cryptography topics will not be entirely dropped, but will not be in the central focus).
Last update: Matějka Pavel (04.09.2019)
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Studenti budou znalí
Last update: Matějka Pavel (04.11.2018)
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M. A. Nielsen, I. L. Chuang: Quantum Computation and Quantum Information, Cambridge University Press, ISBN 0-521-63503-9 J. Gruška: Quantum Computing, McGraw-Hill, ISBN 007-709503-0 Last update: Matějka Pavel (04.11.2018)
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1) Reversible classical computations 2) Computational complexity 3) Quantum bit 4) Measurements in quantum mechanics 5) Entanglement, EPR and Bell inequalities 6) Quantum cryptography and teleportation 7) Quantum gates and circuits 8) Quantum Fourier transform 9) Shor's factoring algorithm 10) Quantum phase estimation algorithm and its iterative version 11) Quantum computations of many-electron systems - part A 12) Quantum computations of many-electron systems - part B 13) Quantum noise and error corrections codes 14) Alternatives of the gate model - adiabatic quantum computers Last update: Matějka Pavel (04.11.2018)
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