Certificate Course

in

Classical and Quantum Computing

The course gives an introduction into classical and quantum computing. The course can also be done in self-study.
The solutions on this website do not print correctly, although they can be viewed properly, when using current versions of Internet Explorer.
Instead you should



Under Construction
Problems and Solutions in Scientific Computing (postscript format).
Problems and Solutions in Scientific Computing (pdf format).

Exercises

Classical Part
Exercise I (ps) (pdf) --- Exercise I Solutions (ps) (pdf)
Exercise II (ps) (pdf) --- Exercise II Solutions (ps) (pdf)
Exercise III (ps) (pdf) --- Exercise III Solutions (ps) (pdf)
Exercise IV (ps) (pdf) --- Exercise IV Solutions (ps) (pdf)
Exercise V (ps) (pdf) --- Exercise V Solutions (ps) (pdf)
Exercise VI (ps) (pdf) --- Exercise VI Solutions (ps) (pdf)
Exercise VII (ps) (pdf) --- Exercise VII Solutions (ps) (pdf)
Exercise VIII (ps) (pdf) --- Exercise VIII Solutions (ps) (pdf)
Exercise IX (ps) (pdf) --- Exercise IX Solutions (ps) (pdf)
Exercise X (ps) (pdf) --- Exercise X Solutions (ps) (pdf)
Exercise XI (ps) (pdf) --- Exercise XI Solutions (ps) (pdf)
Exercise XII (ps) (pdf) --- Exercise XII Solutions (ps) (pdf)
Exercise XIII (ps) (pdf) --- Exercise XIII Solutions (ps) (pdf)
Exercise XIV (ps) (pdf) --- Exercise XIV Solutions (ps) (pdf)
Exercise XV (ps) (pdf) --- Exercise XV Solutions (ps) (pdf)
Exercise XVI (ps) (pdf) --- Exercise XVI Solutions (ps) (pdf)
Exercise XVII (ps) (pdf) --- Exercise XVII Solutions (ps) (pdf)
Exercise XVIII (ps) (pdf) --- Exercise XVIII Solutions (ps) (pdf)
Exercise XIX (ps) (pdf) --- Exercise XIX Solutions (ps) (pdf)

Quantum Part
Exercise I (ps) (pdf) --- Exercise I Solutions (ps) (pdf)
Exercise II (ps) (pdf) --- Exercise II Solutions (ps) (pdf)
Exercise III (ps) (pdf) --- Exercise III Solutions (ps) (pdf)
Exercise IV (ps) (pdf) --- Exercise IV Solutions (ps) (pdf)
Exercise V (ps) (pdf) --- Exercise V Solutions (ps) (pdf)
Exercise VI (ps) (pdf) --- Exercise VI Solutions (ps) (pdf)
Exercise VII (ps) (pdf) --- Exercise VII Solutions (ps) (pdf)
Exercise VIII (ps) (pdf) --- Exercise VIII Solutions (ps) (pdf)
Exercise IX (ps) (pdf) --- Exercise IX Solutions (ps) (pdf)
Exercise X (ps) (pdf) --- Exercise X Solutions (ps) (pdf)
Exercise XI (ps) (pdf) --- Exercise XI Solutions (ps) (pdf)
Exercise XII (ps) (pdf) --- Exercise XII Solutions (ps) (pdf)

Table of Contents

Part I - Classical Computing

Algorithms

Boolean Algebra

Number Representation

Logic Gates

Combinational Circuits

Latches and Registers

Synchronous Circuits

Recursion

Abstract Data Type

Error Detection and Correction

Cryptography

Finite State Machines

Computability and Complexity

Neural Networks

Genetic Algorithms

Part II - Quantum Computing

Quantum Mechanics

Quantum Bits and Quantum Computation

Measurement and Quantum States

Quantum State Machines

Teleportation

Quantum Algorithms

Quantum Information Theory

Quantum Error Detection and Correction

Quantum Hardware


Access the source code
Timetable and Enrollment Forms.

Literature to Quantum Computing
of the
International School for Scientific Computing

1) Classical and Quantum Computing
by
Yorick Hardy and Willi-Hans Steeb
Birkhäuser Publishing, Basel, 2001
ISBN 3-7643-6610-9

2) Hilbert Spaces, Wavelets, Generalized Functions and Modern Quantum Mechanics
by
Willi-Hans Steeb
Kluwer Academic Publisher, Dordrecht, 1998
ISBN 0-7923-5231-9

3) Matrix Calculus and Kronecker Product with Applications and C++ Programs
by
Willi-Hans Steeb
World Scientific, Singapore, 1997
ISBN 981-02-3241-1

Publications

1) Entangled Quantum States and a C++ Implementation
Willi-Hans Steeb and Yorick Hardy
International Journal of Modern Physics C, Vol. 11, 2000

2) Quantum Computing and SymbolicC++ Simulations
Willi-Hans Steeb and Yorick Hardy
International Journal of Modern Physics C, Vol. 11, 2000

3) Entangled Quantum States
Willi-Hans Steeb and Yorick Hardy
International Journal of Theoretical Physics, Vol. 39, 2000

4) Energy Eigenvalue Level Motion and a SymbolicC++ Implementation
Willi-Hans Steeb and Yorick Hardy
International Journal of Modern Physics C, Vol. 11, 2000

Source code from the publications

Other research projects:
Level Repulsion and Entangled States
Hubbard Model and Quantum Computing
Mixed States and Entanglement

For further information please contact Prof. Willi-Hans Steeb

    E-mail1: whsteeb AT uj DOT ac DOT za

    E-mail2: steeb_wh@yahoo.com

or Yorick Hardy
    E-mail: yorickhardy@yahoo.com