G.I. Shulgina - Ph.D. (Biol.), Leading Scientist, Institute of Higher Nervous Activity and Neurophysiology of RAS (Moscow, Russia); Professor, Faculty of Psychology, State Academy of Slavic Culture (Moscow). E-mail: shulgina28@mail.ru

According to rule of Pavlov - Hebb (Hebb, 1949) fixing of new knowledge and abilities happens owing to emergence of new ensemble of neurons at interaction of two or more system of active neurons. K. Pribram (Pribram, 1975) has offered the ho-logragraphic theory of memory. He assumed that experimentally this theory isn\'t demonstrable yet since interaction of the excitatios comes from different sources realize at the neurosynapse level. But we has obtained experimental data which allow to assume that when training the processes similar to the holographic principle of a data recording happen in structures of a brain also at the macrolevel. In so doing interaction generalized modal - nonspecific tonic and group (in a stress a rhythm) the streams of an impulsation arising at activation of nonspecific systems (a reticular formation, limbic system) ? analogy of a basic beam, and streams of an impulsation of the projective structures reflecting specific properties of a modality of stimulus - analogy of the beam reflected from the fixed subject - is observed (Shulgina, 1997). On the basis of these data it is constructed the net of nerve like elements realizing the holographic principle of a data recording. But it is necessary to consider that analogy between a brain and a snapshot very rough. The brain participates in any activity entirely, but each its structure has own the structure and the function.

 

1. Hebb D.D.The Organization of Behavior. Neuropsychological Theory.N.Y.: Wiley. Chapman a. Hall. 1949. 335 p.
2. Pribram K. JAzyki mozga. M.: Progress. 1975. 464 s.
3. Denisjuk JU.N. Ob otobrazhenii opticheskikh svojjstv obekta v volnovom pole rassejannogo im izluchenija // Doklady AN SSSR. 1962. T. 144. S. 1275-1278.
4. SHulgina G.I. Sinkhronizacija ritmov EHEHG i golograficheskaja teorija pamjati // ZHurnal vysshejj nervnojj dejatelnosti. 1997. T. 47. № 5. S. 878-888.
5. SHulgina G.I. Issledovanie roli ritmicheskojj aktivnosti na modeli seti iz nejjropodobnykh ehlementov // Doklady Akademii nauk SSSR. 1990. T. 312. № 5. S. 1275-1279.