2013-№2(39) Article 16
V.N. Ruchkin, V.A. Romanchuk, V.A. Fulin
Natural parallelism of quantum computers and neuronal computers. P. 147-156
UDC 681.141
The article analyzes the physical basis of logical bitwise operations ‘and’, ‘no’, ‘yes’, ‘2and-no’, which create RS-triggers and are used in quantum computers based on quantum bits in quantum superposition states and employ quantum parallelism.
quantum superposition states, quantum parallelism, quantum bit, logical operation, RS-trigger, quantum computer.
References
1. Abu – Mostafa Ja. S., Psaltis D., Opticheskie nejjronno-setevye komp’jutery [Optical Neural network computers]. –M.: V mire nauke ( In a world of sciencei, № 5, 1987, p. 42
2. Gibbs X. M., Opticheskaja bistabil’nost’. Upravlenie svetom s pomoshh’ju sveta [Optical bistability. Control of light by light]; Translated. S. P. Apanasevich, F. V. Karpushko; ed F. V. Karpushko. – M.: Mir (Peace) 1988, p.518
3. Wikipedia. The Free Encyclopedia Electronic resource]– Available at: http://ru.wikipedia.org/wiki/Kvantovyjj_komp’juter (accessed 01.12.2012)
4. « Wikipedia. The Free Encyclopedia » [Electronic resource]. Available at -: http://ru.wikipedia.org/wiki/Nejjrokomp’juter (Data obrashhenija 01.12.2012)
5. Shumskijj S.A. Nejjrokomp’juting – sostojanie i perspektivy [Neurocomputing – Status and Prospects]. – Fizicheskijj institut RAN im. Lebedeva.:- M., 2002.
6. «Membrana. Ljudi. Idei. Tekhnologii» [Membrane. People. Ideas. technology ][Electronic resource].: Available at http://www.membrana.ru/particle/3333 (accessed 01.12.2012)
7. Sinicyn G. V., Polnost’ju opticheskie ehlementy diskretnojj logiki na osnove bistabil’nykh tonkoplenochnykh interferometrov [All-optical logic discrete elements based on bistable thin-film interferometers]. – M.: “Kvantovaja ehlektronika (Quant electronics)”, 1987, t. 14, № 3, p. 529.
8. Ehjjbrehkhom A., Siton K. T., Smit S. D., Opticheskijj komp’juter [Optical computer]. –M.: V mire nauki (In a world of science), 1983, № 4, p. 15