Quantum computing and quantum communications. 1st NASA international conference, QCQC `98, Palm Springs, CA, USA, February 17--20, 1998. Proceedings (Q1292059)

The articles of mathematical interest will be reviewed individually. Indexed articles: \textit{Brassard, Gilles; Mor, Tal}, Multi-particle entanglement via two-particle entanglement, 1-9 [Zbl 0946.81019] \textit{Fijany, Amir; Williams, Colin P.}, Quantum wavelet transforms: Fast algorithms and complete circuits, 10-33 [Zbl 0939.42020] \textit{Yepez, Jeffrey}, Quantum computation of fluid dynamics, 34-60 [Zbl 0960.76069] \textit{Cleve, Richard; van Dam, Wim; Nielsen, Michael; Tapp, Alain}, Quantum entanglement and the communication complexity of the inner product function, 61-74 [Zbl 0979.94041] \textit{Zak, Michail; Williams, Colin P.}, Quantum recurrent networks for simulating stochastic processes, 75-88 [Zbl 0945.68059] \textit{Mahler, Günter; Kim, Ilki}, Correlation between correlations: Process and time in quantum networks, 89-102 [Zbl 0945.68060] \textit{Jozsa, Richard}, Quantum effects in algorithms, 103-112 [Zbl 0960.81008] \textit{Williams, Colin P.; Gray, Alexander G.}, Automated design of quantum circuits, 113-125 [Zbl 0945.68061] \textit{Grover, Lov K.}, Quantum search on structured problems, 126-139 [Zbl 0945.68062] \textit{Biron, David; Biham, Ofer; Biham, Eli; Grassl, Markus; Lidar, Daniel A.}, Generalized Grover search algorithm for arbitrary initial amplitude distribution, 140-147 [Zbl 0945.68037] \textit{Chi, Dong Pyo; Kim, Jinsoo}, Quantum database search by a single query, 148-151 [Zbl 0945.68047] \textit{Ozhigov, Y.}, Quantum computer can not speed up iterated applications of a black box, 152-159 [Zbl 0945.68063] \textit{Zak, Michail}, Quantum resonance for solving NP-complete problems by simulations, 160-166 [Zbl 0960.81010] \textit{Abrams, Daniel S.; Lloyd, Seth}, Computational complexity of physical law, 167-173 [Zbl 0960.68074] \textit{Mosca, Michele; Ekert, Artur}, The hidden subgroup problem and eigenvalue estimation on a quantum computer, 174-188 [Zbl 0945.68064] \textit{Castagnoli, Giuseppe; Monti, Dalida}, A diakoptic approach to quantum computation, 189-199 [Zbl 0960.81007] \textit{Hughes, R. J.; Buttler, W. T.; Kwiat, P. G.; Lamoreaux, S. K.; Luther, G. G.; Morgan, G. L.; Nordholt, J. E.; Peterson, C. G.; Simmons, C. M.}, Practical free-space quantum cryptography, 200-213 [Zbl 1096.94524] \textit{Roy, S.; Kar, G.}, Quantum cryptography, eavesdropping, and unsharp spin measurement, 214-217 [Zbl 0984.94511] \textit{Cerf, Nicolas J.}, Information-theoretic aspects of quantum copying, 218-234 [Zbl 0979.94034] \textit{Bužek, V.; Hillery, M.}, Universal optimal cloning of qubits and quantum registers, 235-246 [Zbl 1096.94530] \textit{DiVincenzo, David P.; Fuchs, Christopher A.; Mabuchi, Hideo; Smolin, John A.; Thapliyal, Ashish; Uhlmann, Armin}, Entanglement of assistance, 247-257 [Zbl 0979.94029] \textit{Adami, C.; Cerf, N. J.}, What information theory can tell us about quantum reality, 258-268 [Zbl 0979.94044] \textit{Levitin, L. B.}, Quantum generalization of conditional entropy and information, 269-275 [Zbl 0979.94030] \textit{Allahverdyan, A. E.; Saakian, D. B.}, Accessible information in multi-access quantum channels, 276-284 [Zbl 0979.94002] \textit{Westmoreland, Michael; Schumacher, Benjamin}, Capacities of quantum channels and quantum coherent information, 285-295 [Zbl 0979.94035] \textit{Saakian, D. B.; Allahverdyan, A. E.}, Strengthened Lindblad inequality: Applications in non-equilibrium thermodynamics and quantum information theory, 296-301 [Zbl 0979.94031] \textit{Gottesman, Daniel}, Fault-tolerant quantum computation with higher-dimensional systems, 302-313 [Zbl 0944.68511] \textit{Chau, H. F.}, Quantum convolutional error correction codes, 314-324 [Zbl 0986.94035] \textit{Roychowdhury, Vwani P.; Vatan, Farrokh}, On the existence of nonadditive quantum codes, 325-336 [Zbl 0983.94052] \textit{Duan, Lu-Ming; Guo, Guang-Can}, Quantum error correction is applicable for reducing spatially correlated decoherence, 337-340 [Zbl 0983.94051] \textit{Ogburn, R. Walter; Preskill, John}, Topological quantum computation, 341-356 [Zbl 0960.81009] \textit{Laflamme, R.; Knill, E.; Zurek, W. H.; Catasti, P.; Mariappan, S. V. S.}, NMR GHZ, 357-363 [Zbl 0961.81513] \textit{Bowden, Charles M.; Dowling, Jonathan P.; Hotaling, Steven P.}, Quantum computing using electron-nuclear double resonances, 364-372 [Zbl 1050.81514] \textit{Briegel, H.-J.; Cirac, J. I.; Dür, W.; van Enk, S. J.; Kimble, H. J.; Mabuchi, H.; Zoller, P.}, Physical implementations for quantum communication in quantum networks, 373-382 [Zbl 1050.81515] \textit{Franson, J. D.; Pittman, T. B.}, An optical approach to quantum computing, 383-390 [Zbl 1050.81516] \textit{Adami, C.; Cerf, N. J.}, Quantum computation with linear optics, 391-401 [Zbl 1050.81513] \textit{Vitali, D.; Tombesi, P.}, Decoherence control for optical qubits, 402-412 [Zbl 1050.81520] \textit{Averin, D. V.}, Adiabatic controlled-NOT gate for quantum computation, 413-425 [Zbl 0960.81006] \textit{James, D. F. V.; Gulley, M. S.; Holzscheiter, M. H.; Hughes, R. J.; Kwiat, P. G.; Lamoreaux, S. K.; Peterson, C. G.; Sandberg, V. D.; Schauer, M. M.; Simmons, C. M.; Tupa, D.; Wang, P. Z.; White, A. G.}, Trapped ion quantum computer research at Los Alamos, 426-437 [Zbl 0940.81007] \textit{DeVoe, Ralph G.}, Arrays of elliptical ion traps for parallel quantum computing, 438-446 [Zbl 0940.81006] \textit{Obenland, Kevin M.; Despain, Alvin M.}, Simulating the effect of decoherence and inaccuracies on a quantum computer, 447-459 [Zbl 0940.81010] \textit{Balandin, Alexander A.; Wang, Kang L.}, Implementation of quantum controlled-NOT gates using asymmetric semiconductor quantum dots, 460-467 [Zbl 0940.81005] \textit{Matsueda, Hideaki}, Spatiotemporal dynamics of quantum computing solid dipole-dipole block systems, 468-477 [Zbl 0940.81008]