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1. Introduction
Abstract:
It is shown that symmetric configurations of fuzzy spin direction detectors generate, through quantum jumps, IFS fractals on the sphere
OpenSource Java project accompanies the paper.
1. Introduction
2. EEQT - Quantum Fractals
1. Geometry
2. The algorithm
1. The Hilbert space
2. Spin directions
3. Fuzzy projections
4. Jumps are implemented by fuzzy projections
5. Transition probabilities
3. The Five Platonic Fractals
1. Tetrahedron
2. Octahedron
3. Cube
4. Icosahedron
5. Dodecahedron
6. Other Polyhedra
4. Notes
1. Complex projective plane serves as a canvas
1. Pure states as projection operators
2. Fuzzy projections
3. Importance of fuzziness
4. Geometrical meaning of the parameter
5. Quantum Fractals and IFS
6. Continuous part of the evolution
7. Nonunitarity
8. Quantum characteristic exponent
9. How to measure the wave function itself
10. Detectors
Bibliography
About this document ...
2002-04-11
![[*]](/quantum_future/papers/qfract/foot_motif.gif)
OpenSource Java project accompanies the paper.
