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QUANTUM COMPUTING (M1,2, Berman)

Lecture Topic : (Computer Theory) QUANTUM  COMPUTING (M1,2, Berman)

Prerequisites : Linear Algebra (Jun, Sen); Quantum Mechanics (Sen); Theory of Computation (Sen, M1);

Recommended Text(s) :

“Introduction to Quantum Computers”, Gennady P. Berman et al, World Scientific, 1998

Approx price new on Amazon.com (hard copy) : $25

Approx price second hand on Amazon.com (hard copy) : $19

Availability free on eMule.com (e-format) : Yes

eMule search key word(s) : Berman, Quantum Computers

Lectures and Links :

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Lecture 1  (link)

Ch.1   Introduction

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Lecture 2  (link)

Ch.2   The Turing Machine

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Lecture 3  (link)

Ch.3   Binary System and Boolean Algebra

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Lecture 4 (link)

Ch.4   The Quantum Computer

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Lecture 5  (link)

Ch.5   The Discrete Fourier Transform

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Lecture 6  (link)

Ch.6   Quantum Factorization of Integers

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Lecture 7  (link)

Ch.7   Logic Gates

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Lecture 8  (link)

Ch.8   Implementation of Logic Gates Using Transistors

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Lecture 9  (link)

Ch.9   Reversible Logic Gates

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Lecture 10  (link)

Ch.10   Quantum Logic Gates

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Lecture 11  (link)

Ch.11   Two and Three Qubit Quantum Logic Gates

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Lecture 12  (link)

Ch.12   One-Qubit Rotation

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Lecture 13  (link)

Ch.13   Aj – Transformation

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Lecture 14  (link)

Ch.14  Bjk – Transformation

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Lecture 15  (link)

Ch.15   Unitary Transformations and Quantum Dynamics

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Lecture 16  (link)

Ch.16   Quantum Dynamics and Finite Temperature

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Lecture 17  (link)

Ch.17   Physical Realization of Quantum Computations

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Lecture 18  (link)

Ch.18  Control-Not gate in an Ion Trap

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Lecture 19  (link)

Ch.19   Aj and Bjk Gates in an Ion Trap

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Lecture 20  (link)

Ch.20   Linear Chains of Nuclear Spins

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Lecture 21  (link)

Ch.21   Digital Gates in a Spin Chain

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Lecture 22  (link)

Ch.22   Non-Resonant Action of p-Pulses

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Lecture 23  (link)

Ch.23   Experimental Logic Gates in Quantum Systems

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Lecture 24  (link)

Ch.24   Error Correction for Quantum Computers

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Lecture 25  (link)

Ch.25   Quantum Gates in a Two-Spin System

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Lecture 26  (link)

Ch.26   Quantum Logic Gates in a Spin Ensemble at Room Temperature

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Lecture 27  (link)

Ch.27   Evolution of an Ensemble of Four-Spin Molecules

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Lecture 28  (link)

Ch.28   Getting the Desired density Matrix

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Lecture 29  (link)

Ch.29   Conclusion

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