Animation-Engine by Stephan Knupfer

An axiomatic 9D-Geometry on particle-basis is developed for contemporary results from physics. The four basic interactions EMI (electromagnetic), WI (weak), SI (strong), GI (gravity) with associated groups U(1), SU(2), SU(3) and a new graviton-group D₃ are shown in a geometrical unified theory through the exchange of (pseudo-) particles, including 5D-gravitons as spin 2 which are experimentally not found today.

A partly new list of (diffusion- or rotations-)differential equations describe the dynamics. The space-dimensions are those of the Lie-group SU(3), a time-coordinate and its geometric representation as a product of unit-spheres S³xS⁵. 4D-spacetime comes from the spin-part (projection) S³, the graviton/mass part from S⁵. Bags, for instance for deuterium, are constructed in detail. The transition from quantum to classical mechanics is fluent, special and general relativity is included. The constructions use the (quantum mechanics) operator theory on finite-dimensional Hilbert spaces. They are projective in nature with geometric blow ups and blow downs for subspace-dimensions. There is no claim that the axiomatic is physical reality.

This animation is written in Delphi 2.0 by Stephan Knupfer. The helptext is written by Gudrun Kalmbach. All animations base upon a mathematical basis, according to the book Quantum Structures and Measures. To achieve high animation speed, most calculations are integer-based.

The animation system bases upon real time. So the animations run with the same speed on every computer. The higher the CPU-speed, the more frames per second (fps) are calculated.

IBM - compatible PC with the following features

Minimum System:

• CPU: Pentium 166MHz
• Video: Resolution 640x480 at 65536 Colors

Recommended System:

• CPU: Pentium/P2 200MHz MMX
• Video: Resolution 1024x768 at 65536 Colors

Windows95 or Windows98

On very fast computers (PentiumII >300MHz) some animations go in very slow motion although a very high picture rate is reported (>1000 pictures per second). In this case, try to deactivate the hardware-accelleration in the options of the graphic-card.

Click here, to download the file animation.zip. Then create a new directory (e.g. c:\Programme\Animation), and extract animation.zip in this directory.

Now you can start the animation by executing the file animation.exe.

Click here to download the help file for Animation Version 3.0. 

For scientific and general information mail to Gudrun Kalmbach.

For technical informations/problems mail to Stephan Knupfer.