Problems and Possible Solutions with the Development of a Computer Model of Quantum Theory

A computer model of Quantum Theory (QT) has been developed by the author. Major goal of the computer model was support and demonstration of an as large as possible scope of QT. This includes simulations for the major QT (Gedanken-) experiments such as, for example, the famous double-slit experiment. Besides the anticipated difficulties with (1) transforming exacting mathematics into a computer program, two further types of problems showed up, namely (2) areas where QT provides a complete mathematical formalism, but when it comes to concrete applications the equations are not solvable at all, or only with extremely high effort; (3) QT rules which are formulated in natural language and which do not seem to be translatable to precise mathematical expressions, nor to a computer program. The paper lists problems in all three categories and describes also the possible solutions or circumventions developed for the computer model.

Authors:

• Hans H. Diel

Keywords:

• Computability
• Foundation of Quantum Mechanics
• Measurement Process
• Modeling.

References:

[1] H. Diel: A Computer Model of Basic Quantum Physics, in Proceedings
of the Workshop on Physics and Computer Science, Heidelberg, 1999
[2] H. Diel: A Functional Interpretation of Quantum Theory, ICCQMNP
Barcelona, 2013
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publication
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