Spheral computing core

Claims

1. A spherical computing core containing an S-shaped node of antisymmetric inversion, a fractal cascade of phase transformations and an interference cell, wherein said elements are connected in series, ensuring the formation of a stable phase state with a fractal-antisymmetric signal configuration suitable for phase modulation in computing, holographic and biosensor systems.

2. The core according to claim 1, characterized in that the S-shaped unit is designed with the possibility of mirror antisymmetric phase inversion by 180°.

3. The core according to paragraph 1, characterized in that the fractal cascade of phase transformations is designed with the possibility of bidirectional scaling of phase parameters both in the direction of decreasing and in the direction of increasing scales, while maintaining structural self-similarity.

4. The core according to paragraph 1, characterized in that the interference cell is implemented on the basis of a photonic or optical medium with the possibility of phase superposition.

5. The core according to claim 1, characterized in that the stable phase state is used as a logical unit or a control signal in a computing or sensor system.