Russian Microelectronics

Quantum computers: Achievements, implementation difficulties, and prospects
pp. 225-236(12)
Authors: Bogdanov, Yu.; Valiev, K.; Kokin, A.

Quantum informatics with single atoms
pp. 237-244(8)
Authors: Beterov, I.; Tretyakov, D.; Entin, V.; Yakshina, E.; Ryabtsev, I.; Chapovsky, P.; Yudin, V.; Goncharov, A.; Taychenachev, A.; Prants, S.

Experimental studies in quantum cryptography
pp. 245-253(9)
Authors: Kurochkin, V.; Zverev, A.; Kurochkin, Yu.; Ryabtsev, I.; Neizvestny, I.

Nanoelectromechanical systems and quantum information processing
pp. 254-267(14)
Author: Tsukanov, A.

A model of quantum dynamics with built-in decoherence
pp. 268-278(11)
Author: Ozhigov, Yu.

Low-temperature pulsed vapor-phase deposition of thin ruthenium metal layers for microelectronics and nanoelectronics. Part 4: The structure and basic properties of ruthenium layers
pp. 279-288(10)
Author: Vasilyev, V.

Growth oxygen-containing defects in silicon grown in a weak vertical magnetic field
pp. 289-292(4)
Authors: Brinkevich, D.; Odzhaev, V.; Petlitskii, A.; Prosolovich, V.

Controlled microwave module for the noncontact measurement of nonequilibrium carrier lifetime in semiconductors
pp. 293-298(6)
Authors: Vladimirov, V.; Konnov, V.; Markov, V.; Repin, N.; Shepov, V.