Physical processors on spin clusters

Contrary to the Berry's phase stabilization for polarized ultra-cold neutrons suggested by the Laue Langevin Institute, we propose two alternative approaches. The first one is based on concurrently acting with two beams of modulated coherent light in two opposite directions upon spin clusters (about 25 nm in size) formed by those waves interference in the transparency 1 cm2 in area. Standing waves with antipodes in the clusters arise, and a response in the form of backward light echo forms. Each cluster becomes an ideal adder. Functional relationships of clusters are describable in terms of Kolmogorov-Gabor algebra. The other approach is based on the Green kernel stationary field of each cluster. Invariant statistics makes it possible to stratify each cluster's magnetization according to its statistical resonances. Inter-cluster relations are described in terms of Kolmogorov-Gabor algebra.