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Comprehensive Index: Volumes 1-12 A B C D E F G H I J K L M N O P Q R S T U V W X Y Z A 1991 Directory of Physics Courseware: 5 (1), 71 Abbott, Hilton Physics Homework Management: Using HyperCard to Generate Individualized Problem Sets: 8 (2), 166 Abbott, Paul C. See Rowe, Alistair C. H. See Wang, Jing B. Abelson, Harold, and Nancy Forbes Amorphous Computing: 12 (6), 520 Abraham, Farid F., Jeremy Q. Broughton, Noam Bernstein, and Efthimios Kaxiras Spanning the Length Scales in Dynamic Simulation: 12 (6), 538 ACA Meeting Includes Computing Sessions: 6 (3), 225 Acacio de Barros, J. See Ravaglia, Raymond Adams, Barry G., and Gustavo A. Arteca Symbolic computation of energy perturbation expansions for spherically symmetric hydrogenic systems: 8 (3), 343 Adler, Joan See Kidan, T. See Silverman, Amihai Series Expansions: 8 (3), 287 Agosto, F. J. See Esteban, E. P. Aguirregabiria, J. M., A. Hernández, and M. Rivas Are We Careful Enough When Using Computer Algebra?: 8 (1), 56 Aguirregabiria, J.M., A. Hernandez, M. Rivas, and M. A. Valle On the equilibrium configuration of point charges placed on an ellipse: 4 (1), 60 Akyildiz, Yilmaz Parametric curve fitting: an alternative to Lagrange interpolation and splines: 8 (6), 722 Al-Beteri, A. A., and D. E. Raeside A Monte Carlo electron transport code for the desktop computer: 6 (6), 633 Ala-Nissila, T. See Vattulainen, I. Alda, Witold, Witold Dzwinel, Jacek Kitowski, Jacek Moscinski, Marek Pogoda, and David A. Yuen Complex fluid-dynamical phenomena modeled by large-scale molecular-dynamics simulations: 12 (6), 595 Alex, Michael, and Jason Crain Mean-field analysis on the Macintosh: 5 (2), 193 Alexander, David J. See Cary, John R. Alexander, P., and L. F. Gladden How to Create an X-Window Interface to Gnuplot and Fortran Programs Using the Tcl/Tk Toolkit: 9 (1), 57 Alexander,  Francis J., and Alejandro L. Garcia The Direct Simulation Monte Carlo Method: 11 (6), 588 Alexis, Dominique Calendar Section and Issue Previews Go on Our Web Page: 9 (1), 22 CIP's Home Page Gets a Facelift: 9 (4), 371 CIP's Web Site Now Lets You Search Interactively: 9 (3), 259 Here's What You Can Find on Our Web Page: 10 (1), 16 More Offered from CIP's Home Page: 9 (5), 481 More Product Information by Telnet and the World Wide Web: 9 (2), 138 New Attractions: Spec Sheets for New Products and Internet Goldmines: 8 (6), 640 New This Issue: Advance Program, Author Guidelines, and 100 More New Products: 8 (4), 397 New This Issue: Web Link to CIP Online & Reader Survey Report: 8 (5), 511 Web Site Update: 9 (6), 583 Alexopoulos, P. S. See Giles, R. Alley, W. Edward See Still, Charles H. Alliant to Ship Second-Generation Minisupercomputers: 2 (2), 96 Allodi, G., and R. Coïsson Reflection and propagation of waves in one-dimensional quasi-periodic structures: 10 (4), 385 Amala, Paul A. K., and Garry H. Rodrigue Programming Models for Three-Dimensional Hydrodynamics on the CM-5 (Part 1): 8 (2), 181 Programming Models for Three-Dimensional Hydrodynamics on the CM-5 (Part 2): 8 (3), 300 Ambrosini, Roberto See Caporaloni, Marina Andersen, David M. See Sherwood, Bruce Arne Andersen, David R. See Regan, Jeffrey J. Anderson, Dana Z. Optical Systems That Imitate Human Memory: 3 (2), 19 Anderson, David V., Alan R. Fry, Ralf Gruber, and Alexandre Roy Gigaflop speed algorithm for the direct solution of large block-tridiagonal systems in 3-D physics applications: 3 (2), 33 Anderson, David, and Elaine Oran Highlights of Physics Computing '91: 5 (5), 455 Anderson, John See Jacob, Robert Anderson, Ronald K. See Pickett, Robert C. Andrew, Keith, and Charles G. Fleming Space-time geometries characterized by solutions to the geodesic equations: 6 (5), 498 Andricioaei, Ioan, and John E. Straub Finding the Needle in the Haystack: Algorithms for Conformal Optimization: 10 (5), 449 Antonelli, G.A., and Wolfgang Christian Visualizing the Quantized Electromagnetic Field: 10 (3), 243 Aref, Hassan, Scott W. Jones, and Oran M. Thomas Computing Particle Motions In Fluid Flows: 2 (6), 22 Argyrakis, Panos Simulation of Diffusion-Controlled Chemical Reactions: 6 (5), 525 Arielli, Rami See DeHaven, William Arizpe, Humberto See Morales-Acevedo, A. Armstrong, Daryl, Ian Llanas, Frank Russo, and Jeffrey R. Schmidt Visualization of Electromagnetic Fields Using Awk: 12 (2), 159 Arndt, Richard A., and L. David Roper PC Software Adds Color To Physics Lectures: 2 (2), 62 Scattering in a spherical potential: Motion of complex-plane poles and zeros: 3 (2), 65 Arnold, Clifford N. Methods for performance evaluation of algorithms and computers: 4 (5), 514 Aronson, J. W. CHAOS: A SUN-based program for analyzing chaotic systems: 4 (4), 408 Arteca, Gustavo A. See Adams, Barry G. Ashktorab, K. See Bajema, J. Atkinson, J. Dudley, and David D. Cleary A technique for modeling interference patterns from two-beam interferometers: 8 (4), 462 Au, Yuklun See Holmes, Mark H. Aubrecht, Gordon J. Book review: The Excel Spreadsheet for Engineers and Scientists, by Irvin H. Kral: 7 (1), 35 Book review: Quattro Pro for Scientific and Engineering Spreadsheets, by Robert G. Parks: 7 (1), 35 Book review: Spreadsheet Physics, by Charles Misner and Patrick Cooney: 7 (1), 35 Ayala, G. F. See Migliore, M. B Baba, Mamoru See Nishidate, Kazue Backstrom, Gunnar Curve fitting by Lagrange interpolation: 7 (2), 213 Learning About Wave Mechanics by FEA on a PC: 10 (5), 444 PDEase2 Solves Partial Differential Equations Flexibly Using Finite Elements Analysis: 8 (2), 185 Bacon, Ben A More Efficient Monte Carlo: 3 (2), 14 APS TGCP and CIP Cosponsor Conference: 4 (3), 226 Alaska Satellite Imaging Center To Study Polar Ice Cap: 3 (1), 13 An Answer to Eric's Question: 5 (1), 128 CERN Physicists Prepare To Handle L3 Data In Parallel: 3 (1), 15 Government and Industry Jointly Fund Gigabit Network Research: 4 (4), 345 Harvard-Smithsonian Images Show 1987A Eccentricity: 2 (6), 13 IBM Physicist Developing Software To Generate 3-D Atomic-Level Holograms: 3 (1), 9 Improved On-line Services Available From AIP's PINET: 4 (3), 226 In Defense of the Turing Test: 4 (2), 216 Micro to Macro Grand Challenges: 4 (5), 457 NCUBE 2 and Thinking Machines CM-2a Aimed at University Market: 3 (4), 9 NOAA Pits Expert Systems Against Weathermen: 3 (1), 11 Neural Network Scheduling for Hubble Space Telescope: 3 (3), 14 Physics Computing '91: 5 (2), 256 Pittsburgh Supercomputing Center To Get GaAs Cray 3 In 1990: 2 (6), 9 Relativity Back in the Realm of the Senses: The Null-Strut Calculus: 3 (2), 9 The Electronic Journal?: 4 (4), 448 The Last Positivist: 3 (5), 112 Trollius + Transputers = Processing Power: 3 (2), 12 Using Small Computers to Control Big Experiments: MTL and CEBAF: 3 (3), 11 Visualization at SIGGRAPH: 3 (5), 11 Bacon, Michael E. See Baines, C. G. Stafford Baer, Howard, and William F. Long Latest Software, Hardware Serve High-Energy Phenomenology: 6 (1), 24 Baier, G. See Rossler, O. E. Bailey, David H. How Useful are Today's Parallel Computers?: 6 (2), 216 Baines, C. G. Stafford, and Michael E. Bacon Note on using computer simulations in teaching introductory digital electronics Bajema, J., K. Ashktorab, F. D. Becchetti, D. Hotz, and M. Shapiro A Macintosh-based multiparameter pulse height analyzer and multichannel scaler system for advanced teaching laboratories: 8 (5), 608 Bajwa, Param D. AAPT Winter Meeting Accents Growth of Computers in Physics: 6 (6), 572 Organizers Announce Plans for Physics Computing '93: 6 (6), 573 Physics Computing '93 looks at methodologies for fundamental research: 7 (2), 126 What Commercializing the Internet Will Mean for Physicists: 8 (1), 12 Bak, Per Catastrophes and Self-Organized Criticality: 5 (4),430 Balfagón, A. and X. Jaén TTC: Symbolic tensor calculus with indices: 12 (3), 286 Balick, Bruce Voyager 11 Takes Students on Joy Rides Through the Universe: 7 (5), 551 Ballüder, Karsten, John A. Scales, Claus Schroeter, and Martin L. Smith Selecting an Operating System, Part IV: Linux: 10 (1), 17 Balluder, Karsten See Scales, John A. Banavar, Jayanth R. See Koplik, Joel Bao, Min-Qi, and Anthony F. Starace Using symbolic manipulation to evaluate Feynman's path integral for an interaction of the form F (t)*r: 10 (1), 89 Barach, John Paul Computational study of patterns in simple nonequilibrium systems: 11 (1), Barnes, Joseph See Wilkinson, Ladye Kathryn Barowy, William See Horwitz, Paul Barrett, H. H. See R. L. Shoemaker Bartolo, R. See Esaulov, V. E. Batacan, Peter AT&T and IBM Multiprocessors Spur Molecular Dynamics Research: 2 (4), 9 Argonne Launches Flagship Parallel Processing Center For Physics Codes: 2 (5), 9 Can Physics Make Optics Compute?: 2 (2), 9 DOE Installs X-MP/24 At Idaho Lab: 1 (1), 12 DOE Superconductivity Database Shoots for Real-Time Delivery: 1 (1), 15 Fed Report Surveys Supercomputer and Network Performance: 1 (1), 16 Fortran 8X Revision Raises Questions Over Scientific Upgrades: 1 (1), 12 Los Alamos Spectrometer Runs Via Macintosh SEs: 1 (1), 14 MIT Media Lab Close To Perfecting Computer-Generated 'Desktop' Holograms: 2 (2), 17 NASA Symbolic Processor Prototype To Run Space Sciences Applications: 1 (1), 9 New Computer Architectures For Lattice QCD: 3 (1), 17 New Standards Bring Distributed Computing To the Workstation: 1 (1), 10 NOAO Astrophysicists Apply Artificial Intelligence Software For Galaxy Studies: 2 (6), 11 Will SISAL Spell Goodbye For Parallel-Processor Programming Woes?: 2 (3), 9 Batrouni, George See Tobochnik, Jan Baumgardner, John R. See Bunge, HansPeter Beaufume, Pascale See Fromont, Bruno Beazley, David M., and Peter S. Lomdahl Controlling the Data Glut in Large-Scale Molecular-Dynamics Simulations: Becchetti, F. D. See Bajema, J. Becker, Mark The Center for Research on Parallel Computation: 12 (6), 536 CIP Website Supports CiSE: 12 (6), 535 CIP's Ninth Annual Educational Software Contest: 12 (1), 20 Complete Online Index of CIP: 12 (5), 422 Hypatia and the Collection of Computer Science Bibliographies: 12 (2), 125 Hyperimages Lead to Sample Articles: 11 (6), 536 Online Archival Edition of CIP: 12 (4), 319 Online Version Enhances Article on Computational-Physics Course: 12 (3), 233 Parallel Processing Using Linux: 12 (5), 423 PhysLINK: 12 (3), 234 The Structure, Stability, and Dynamics of Complex Systems: 12 (4), 320 Virtual Bookshelf: 12 (2), 124 Virtual Laboratory (University of Oregon) : 12 (1), 20 XML Structures Data for the Web: 12 (4), 310 Beichner, Robert J. See Titus, Aaron P. Beliën, A. J. C., S. Poedts, H. J. W. Spoelder, R. Leenders, and J. P. Goedbloed Visualization of resonant absorption in solar coronal loops by simulation of soft x-ray images: 10 (6), 573 Belinfante, F. J. Computing Dirac's atomic hydrogen wave functions of the continuum using summation of mathematically divergent series: 5 (3), 319 Bell, Stephen C. A Numerical Solution of the Relavistic Kepler Problem: 9 (3), 281 Bellamonte, L., and R. M. Sperandeo-Mineo Computer simulation of electric conductivity in a solid using classical mechanics: 10 (4), 376 Bennett, Charles A. Book review: A Physicist's Guide to Mathematica, by Patrick Tam: 12 (1), 41 Beris, Antony N. See Kulkarni, Jaydeep A. Bernstein, Noam See Abraham, Farid F. Bernstein, R. Taking the generality out of general relativity: 6 (5), 463 Bernstein, Robert L., and Gregory J. Chaitin Single-Particle Software: 2 (3), 49 Bertschinger, Edmund, and James M. Gelb Cosmological NBody Simulations: 5 (2), 164 Bettge, Thomas W. See Washington, Warren Bhat, C. L. See Sawhney, K. J. S. Bik, Aart J. C., Fabian Breg, and Dennis B. Gannon Compiler Support for Java Parallelization: 12 (1), 45 Billeter, Jeffrey, and Robert Pelcovits Simulations of Liquid Crystals: 12 (6), 440 Birnbaum, Dave Book review: Real Computing Made Real: Preventing Errors in Scientific and Engineering Calculations, by Forman S. Acton: 11 (1) 45 Bischof, Christian H., Gordon D. Pusch, and Ralf Knoesel Sensitivity analysis of the MM5 weather model using automatic differentiation: 10 (6), 605 Bishop, Marvin, Jordan D. Perel, and Victoria Swan Investigation of sorting algorithms on a variety of computers: 4 (2), 179 Biswas, Tarun Group theory (symmetries) ina computer game: 12 (6), 488 Nonlinear effects in a stretched string--a numerical computation: 8 (4), 446 Bitar, Khalil M., and Urs M. Heller Lattice Field Simulations Press the Limits of Computational Physics: 6 (1), 33 Bitz, Francois J., and Norman J. Zabusky David and "Visiometrics": Visualizing and Quantifying Evolving Amorphous Objects: 4 (6), 603 Black, S. C. and A. D. Kennedy Gaussian random number generators on a CYBER-205: 3 (3), 59 Blackburn, James A., and H. J. T. Smith Modeling superconducting networks containing Josephson junctions by means of PC-based circuit simulation software: 4 (5), 526 Blackburn, James Kent GRPP, a scientific programming language preprocessor designed using lex and yacc: 8 (1), 98 Blair, J. Morris Book review: Data Reduction and Error Analysis for the Physical Sciences, by Philip R. Bevington and D. Keith Robinson: 7 (4), 415 Blass, William E., and Stephen L. Mahan IDL for Windows Impresses as a Computational System: 8 (1), 74 Blass, William E. with Wade D. Humbard and Stephen L. Mahan After Rough Start, Lantastic Gives Good Service in a Research Laboratory Network: 8 (3), 317 Blass, William E., Stephen L. Mahan, and Gordon Chin IDL Shines on the Macintosh: 8 (4), 439 Blatt, S. Leslie and Harvey Gould Recent Fractal and Chaos Software Releases Hint At Future Educational Potential Programs: 6 (6), 702 Blondin, John M. CUPS Astrophysics Simulations Will Fit Well in Upper-Level Courses: 9 (4), 413 Blumberg Selinger, Robin L. Book review: The Art of Molecular Dynamics Simulation, by D. C. Rapaport: 10 (5), 456 Boehm, Hans-J. Dynamic Memory Allocation and Garbage Collection: 9 (3), 297 Boekema, Carolus Book review: Waves and Optics Simulations, by G. Andrew Antonelli, Wolfgang Christian, Susan Fischer, Robin Giles, and Brian James: 10 (3), 256 Boghosian, Bruce M. Computational Physics on the Connection Machine: 4 (1), 14 Lattice Gases Illustrate the Power of Cellular Automata in Physics: 5 (6), 585 See Germann, Timothy C. See Yeomans, Julia M.: 12 (6), 522 Bonomi, Ernesto, Leesa Brieger, Carlo Nardone, and Enrico Pieroni Phase Shift Plus Interpolation: A Scheme for High-Performance Echo-Reconstructive Imaging: 12 (2), 126 Booten, Albert, and Henk van der Vorst Cracking Large-Scale Eigenvalue Problems, Part I: Algorithms: 10 (3), 239 Cracking Large-Scale Eigenvalue Problems, Part II: Implementations: 10 (4), 331 Borcherds, P. H., J. Marro, and J. Nadrchal Granada Hosts a World Venture in Computational Science: 12 (4), 301 Borchers, Robert R. 1987, When the Computin' Was Easy: Some Reflections on the State of the Art in Computation: 11 (6), 564 Albuquerque Meeting Brings News of Supercomputer Advances: 6 (1), 8 A Quieter Revolution: 3 (3), 96 Computers, Physics and Our World: 4 (3), 336 The Dog Ate the Manuscript: 4 (6), 680 In Praise Of Visualization and Simulation: 2 (1), 94 Physicists Take Stock of Computing Advances: 5 (6), 648 SC '93 brings high-performance computing to Portland: 7 (5), 491 See Grubb, David P. Bording, R. Philip See Myron, James R. Borie, E., and B. Jodicke PBAR: A code for calculating the electromagnetic contribution to the energy levels of antiprotonic atoms: 2 (6), 61 Boris, Jay P. See Oran, Elaine S. Bossy, Mireille, Marco Picasso, and Denis Talay Probabilistic Numerical Methods for Physical and Financial Problems: 11 Bothun, G. D., and S. D. Kevan Networked Physics in Undergraduate Instruction: 10 (4), 318 Bourianoff, George, and Richard Talman Accelerator Progress Relies on Computational Simulations: 6 (1), 14 Bourzutschky, Marc Book review: Computational Fluid Dynamics: An Introduction, edited by John Wendt: 7 (5), 542 Bowler, K. C., L. K. Chantler, D. C. Heggie, R.D. Kenway, D. J. Tildesley, A. S. Trew, and D. J. Wallace Physics Leads the Way at Edinburgh HPC Facilities: 6 (4), 334 Boyce, Peter B. Building a Peer-Reviewed Scientific Journal on the Internet: 10 (3), 216 Boyce, William E., John B. Brunski, Michael M. Chen, Kevin Craig, James A. Fairweather, Joseph W. Haus Jr., Joseph Porter Jr., and William L. Siegmann Interactive Multimedia Modules in Mathematics, Engineering, and Science: 11 (2), 151 Boyd, Iain D. Monte Carlo simulation of an expanding gas: 3 (3), 73 Boyd, John P. Multiple precision pseudospectral computations of the radiation coefficient for weakly nonlocal solitary waves: Fifth-order Korteweg-DeVries equation: 9 (3), 324 Boyd, John P. A Chebyshev/radiation function pseudospectral method for wave scattering: 4 (1), 83 Boyd, John P. Padé approximant algorithm for solving nonlinear ODE boundary value Boyer, A. L. See Wells, N. H. Boyer, L. L. Predicting New Materials: 8 (1), 27 Bracewell, Ronald N. Computing with the Hartley Transform: 9 (4), 373 Branham, Richard L. Jr. A program for total (orthogonal) least squares in compact storage mode: 3 (3), 42 Breg, Fabian See Bik, Aart J. C. Breymann, Wolfgang See Regez, Nicolas Bridges, David and Terry J. Deveau Brieger, Leesa See Bonomi, Ernesto Briggs, James M., and J. Andrew McCammon Computation Unravels Mysteries of Molecular Biophysics: 6 (3), 238 Briotta, D. A. See Spencer, C. D. Brodsky, Marc Ten Years of Computers and Physics: 11 (6), 525 Brommer, Karl D., B. E. Larson, M. Needels and J. D. Joannopoulos Implementation of the Car-Parinello algorithm for ab initio total energy calculations on a massively parallel computer: 7 (3), 350 Brooks, Eugene D. III Massive Parallelism Overcomes Shared-Memory Limitations: 6 (2), 139 Broughton, Jeremy Q. See Abraham, Farid F. Brown, Stewart A., Mike Folk, Gregory Goucher, and Russ Rew Software for Portable Scientific Data Management: 7 (3), 304 Brown, Stewart A., Paul F. Dubois, and David H. Munro Creating and Using PDB Files: 9 (2), 173 Brown, Stewart A. PANACEA: A model for numerical simulation codes: 6 (3), 262 Browne, J.C. Is Traditional Science Obsolete as an Undergraduate Major?: 10 (1), 5 Bruch, R. See Lui, G. Brunini, A. and P. E. Zadunaisky Estimation of global errors in the numerical solution of ordinary differential equations: 7 (1), 81 Brunski, John B. See Boyce, William E. Bryan L. Preppernau and Isaac Shokair Fortran PowerStation 4.0 Ports Fortran Code Smoothly to the PC: 10 (3) 275 Bryson, Steve Exploratory Visualization I: Real-Time Interaction: 9 (6), 616 How Can We Make Visualization More Useful to the Working Scientist?: 9 (2),178 How Visualization Can Lead Us Astray: 12 (6), 585 If You Take Visualization for Granted, It May Go Away: 10 (2), 144 See Butler, David M. Symposium considers applications of virtual reality: 7 (5), 495 The Data Glut Revisited: 9 (5), 525 The Next Ten Years of Visualization: 11 (4), 362 Three-Dimensional Visualization for Everyone: 12 (4), 346 Time, Data-Time, and Real-Time Interactive Visualization: 11 (3), Virtual Reality Takes on Real Physics Applications: 6 (4), 346 Visualization '96: Volume Rendering Shifts Into High Gear: 11 (2), 174 Visualization '97 Brings New Technical Developments: 12 (1), 53 Bryson, Steve, and Trina Roy Accurate Color Mapping Through Textures: 10 (4), 366 Bubak, Marian Physics Computing '96, Conference Program: 10 (5), 427 Budge, Kent G. See Wong, Michael K. W. Bunge, Hans-Peter, and John R. Baumgardner Mantle convection modeling on parallel virtual machines: 9 (2), 207 Burgess, Mark, Hårek Haugerud, and Are Strandlie Object orientation and visualization of physics in two dimensions: 12 (3), 274 Burns, Marshall Visualizing nonlinear resonance in classical and quantum mechanics: 6 (5),483 Burr, A. F. Interactive Physics 3.0 Delights Windows Users Also: 11 (3), 275 Book review: Introduction to Mathcad for Scientists and Engineers, by Sol Wieder: 7 (1), 36 Book review: Mathcad for Introductory Physics, by Denis Donnelly: 7 (1), 36 Burrus, C. S. See Wells, N. H. Busby, Lee See Dubois, Paul Butcher, J. C. Runge-Kutta Methods in Modern Computation, Part 1: Fundamental Concepts: 8 (4), 411 Runge-Kutta Methods in Modern Computation, Part 2: Implicit Methods and Related Applications: 8 (5), 512 Butler, D. M., and M. H. Pendley The visualization management system approach to visualization in scientific computing: 3 (5), 40 A visualization model based on the mathematics of fiber bundles: 3 (5), 45 Butler, David M., and Steve Bryson Vector-Bundle Classes Form Powerful Tool for Scientific Visualization: 6 (6), 576 Butler, Malcolm Book review: Nuclear and Particle Physics Simulation, by Roberta Bigelow, John Philpott, and Joseph Rothberg: 10 (3) 255 Byrne, John, and Eric Kincanon Undergraduates Do Chaotic Research: 9 (3),277 C Córdoba-Torres, Pedro, Fernando Enriquez, and Víctor Fairén Optimal start of a Taylor integrator by control of local error: 12 (2), 200 CEFAF Physicists Ready A State-Of-The-Art Data Acquisition System: 2 (4), 12 Cahalan, Gabriel D. See Cahalan, Robert F. Cahalan, Robert F., Henning Leidecker, and Gabriel D. Cahalan Chaotic Rhythms of a Dripping Faucet: 4 (4), 368 Cahill, Kevin How to use MACSYMA to write long FORTRAN codes for noncompact simulations theories: 4 (2), 159 Calitz, M. F., A. G. DuToit, and W. Drijfhout Analysis of high-perveance electron guns: 4 (3), 280 Camarda, H. S. Determing the eigenvalues of a quaternion matrix with a band structure: 10 (2), 180 Diagonalization of a complex Hermitian matrix with a band structure: 3 (5), 78 Cameron, S. A. Novel Fourier methods for boundary value problems: 6 (1), 71 Campbell, William J., Nicholas M. Short, and Lloyd A. Treinish Adding Intelligence to Scientific Data Management: 3 (3), 26 Canessa, Enrique, and Giorgio Pastore One-Shot Service Searches Preprint Repositories at a Mouseclick: 10 (6), 520 Cant, G. P. The high-speed single-pass bin sort: 6 (5), 469 Caporaloni, Marina, and Roberto Ambrosini Student Project Checks Leonardo da Vinci's Map Work: 9 (5), 505 Caprari, Robert S. Least-squares orthogonal polynomial approximation in several independent variables: 7 (3), 336 Caraley, Anne See Sutton, C. Sean Carlson, Edward H. A template for writing programs: 1 (1), 65 Three Software Construction Methods: 3 (3), 17 Carts-Powell, Yvonne Software Products Enrich Web Options for Scientists: 9 (4),364 Conference Program: Physics Computing '95: 9 (3), 289 Carts-Powell, Yvonne Dealing with the Devil: SATAN Is Loose on the Internet: 9 (3), 251 Carts-Powell, Yvonne Internet 2 to Implement Next-Generation Technology: 11 (1), 8 Cary, John R., and David A. Alexander Reusable Java Components for Physics Education: 12 (4), 314 Casado, E. See Martínez-Jiménez, P. E. Casados-Cruz, Gaspar, and Arturo Morales-Acevedo A computer program for the characterization of solar cells: 8 (4), 451 Casasent, David Book review: Optical Computing, by D.G. Feitelson: 3 (4), 102 Casper, T. A., B. Howard, R. Hunt, W. H. Meyer, J. M. Moller, B. McHarg, P. Henline, K. Keith, K. Greene, S. Davis, D. Barnes, T. Gibney, P. Roney, & D. Greenwood Remote Experimental Environment: Building a Collaboratory for Fusion Scientific Research: 12 (3), 220 Castano, Victor M., and Adolfo Bribiesca Computer-aided design and analysis of electronic circuits for instrumentation and control: 3 (4), 69 Castellvi, P., X. Jaén, and E. Llanta Symbolic tensor calculus using index notation: 9 (3), 335 TCC: Symbolic tensor and exterior calculus: 8 (3), 360 Caulfield, H. John Computer-Generated Holograms Arrive: 2 (2), 29 Centrella, Joan M. Using The Computer As A Camera: 2 (1), 35 Ceperley, Peter H. Low-cost System Plots Fields and Waves in Color: 7 (3), 274 Chan, F. L., K. M. Lau, C. L. Li, H. M. Mok, D. J. Newman, and Betty Ng Least-squares fitting of parametrized Hamiltonians to energy levels: An investigation into alternative strategies: 3 (6), 47 Chang, C. H. See Hansen, G. A. Chang, Y. M., C. Rudowicz, and Y. Y. Yeung Crystal field analysis of the 3dN ions at low symmetry sites including the "imaginary" terms: 8 (5), 583 Chantler, L. K. See Bowler, K. C. Chaudhury, S. Raj, and Dean Zollman Image Processing Enhances the Value of Digital Video in Physics Instruction: 8 (5), 518 Chen, Hudong Discrete Boltzmann Systems and Fluid Flows: 7 (6), 632 Chen, Katherine T. Computers Spur Magnetic Confinement Fusion: 2 (4), 38 Chen, Michael M. See Boyce, William E. Chen, Shiyi, and Xiaowne Shan High-resolution turbulent simulations using the Connection Machine-2: 6 (6), 643 Chervin, Robert M. High Performance Computing and the Grand Challenge of Climate Modeling: 4 (3), 234 Chia, T. T., and Y. K. Lai Microcomputer-generated holograms--The programming aspects: 4 (1), 73 Chinnock, Chris Here Come the LCD Panels and Projectors: 8 (5), 499 Chinnock, Chris Speech Recognition Is Finding Its Way into Personal Computing: 9 (4), 355 Telemedicine Is Becoming a Reality: 9 (1), 13 Christensen, Steven M. Resources for Computer Algebra: 8 (3), 308 Christian, Wolfgang Developing a Computer-Rich Physics Curriculum at a Liberal-Arts College: Developing Web-Based Curricula Using Java Physlets: 12 (3), 227 NeXTSTEP Has Lived up to its Promise in an Educational Environment: 7 (3), 309 Pascal Utilities Provide Programming Assistance: Comparison of M.U.P.P.E.T. and Scientific Programmer's Toolkit: 7 (2), 191 See Antonelli, G.A., and Fischer, Susan L. The CIP Library of Classics: 11 (4), 348 The CIP Library of Classics: A Call for Nominations:  11 (1), 48 Christian, Wolfgang and G. Andrew Antonelli Book review: Quantum Methods with Mathematica, by James M. Feagin: 8 (4), 427 Christiansen, Wayne, and David DeGraff Book review: Image Restoration and Construction, by R. H. T. Bates and M. J. McDonnell: 2 (5), 100 Cipra, Barry See Kolan, Amy Clark, Barry Viewing the World Through a Computer: 3 (4), 112 Clark, David A. See Norman, Michael Clark, M. M., L. M. Raff, and H. L. Scott Hybrid Monte Carlo method for off-lattice simulation of processes involving steps with widely varying rates: 10 (6), 584 Cleary, David D. See Atkinson, J. Dudley Clendenning, Lester M. and Patrick T. Tam Book review: Mathematica in Theoretical Physics: Selected Examples from Classical Mechanics to Fractals, by Gerd Baumann: 11 (6), 595 Cline, Richard W. Networking a Physics Department: A Case History: 5 (1), 22 Cobut, D. See Williams, S. A. Coïsson, R. See Allodi, G. Coïsson, R., and G. Allodi Mathlab Compiler and C Math Library Simplify Programming Chores: 11 (1), Cohen, R. E. Electrons, Phonons, and Electron-Phonon Interactions in High-Temperature Superconductors: 8 (1), 34 Cohen, Scott D., and Alan C. Hindmarsh CVODE, A Stiff/Nonstiff ODE Solver in C: 10 (2), 138 Cole, James B. Erratum: "High accuracy solution of Maxwell's equations using nonstandard finite differences" [Comput. Phys. 11, 287 (1997)]: 12 (2), 181 Generalized nonstandard finite differences and physical applications: 12 (1), 82 Cole, James B., Rudolph A. Krutar, Susan K. Numrich, and Dennis B. Creamer Finite-difference time-domain simulations of wave propagation and scattering as a research and educational tool: 9 (2), 235 Cole, James B. A nearly exact second-order finite-difference time-domain wave propagation algorithm on a coarse grid: 8 (6), 730 Cole, James B. High accuracy solution of Maxwell's equations using nonstandard finite Coleman, Lamar W. See Weber, Stephen V. Collins, J. J., M. Fanciulli, R. G. Hohlfeld, D. C. Finch, G. v. H. Sandri, and E. S. A random number generator based on the logit transform of the logistic variable: 6 (6), 630 Colonna-Romano, Louis See Gould, Harvey. Consularo, Luis Augusto, and Luciano da Fontoura Costa MATCOM Integrates MATLAB Resources Into Standalone Applications: 12 (5), 460 Cook, David M. Computational Exercises for the Upper-Division Undergraduate Physics Curriculum: 4 (3), 308 Computers in the Lawrence Physics CurriculumóPart I: 11 (3), 240 Computers in the Lawrence Physics CurriculumóPart II: 11 (4), 331 Book review: Modern Instrumentation: A Computer Approach, by G. Silverman and H. Silver: 10 (5), 456 Cook, David M., Russell Dubisch, Glenn Sowell, Patrick Tam, and Denis Donnelly A Comparison of Several Symbol-Manipulating Programs: Part I: 6 (4), 411 A Comparison of Several Symbol-Manipulating Programs: Part II: 6 (5), 530 Cook, Norman D. Computing nuclear properties in the fcc model: 3 (2), 73 Cooney, Patrick J. Book review: 1-2-3 For Scientists and Engineers, by William J. Orvis: 2 (3), 99 Book review: Scientific Graphics With Lotus 1-2-3, by Oleg D. Jefimenko: 2 (3), 99 Cooper, Leon N. Brain Research: Theory and Experiment: 2 (6), 29 Coppersmith, Susan Book review: Chaos and Nonlinear Dynamics: An Introduction for Scientists and Engineers, by Robert C. Hilborn: 8 (6), 689 Corden, M. J., C. H. Georgiopoulos, S. L. Linn, and S. Yossef Computers Manage Complexity of High-Energy Experiments: 6 (1), 41 Corey, Ellen M., and David A. Young Optimization of physical data tables by simulated annealing: 3 (3), 33 Costa, Luciano da Fontoura See Consularo, Luis Augusto Cote, P. J. See Meisel, L. V. Craig, I. J. D., and A. M. Thompson Why Laplace Transforms Are Difficult to Invert Numerically: 8 (6), 648 Craig, Kevin See Boyce, William E. Crain, Jason See Alex, Michael Cralle, R. K. What if Gauss Had Had a Mouse? Mathematica 1.2: 3 (6), 92 NeXT Computer, NeXT Inc: 3 (5), 93 Crandall, Richard E. Notes On Simulation and Reality: 2 (3), 102 Symbolic Software Supports New Adventures in Physics: 5 (6), 576 Book review: The Media Lab: Inventing the Future at MIT, by Stewart Brand: 2 (1), 91 The NeXT Computer as Physics Machine: 4 (2), 132 Cray and Convex Compete For Computing Crown: 2 (3), 104 Creamer, Dennis B. See Cole, James B. Creutz, Michael Abelian sandpiles: 5 (2), 198 How Computational Physics is Uniting Science and Revolutionizing Society: 9 (3), 247 Crotinger, James A. See Haney, Scott W. Cuevas-Rubiño, M. See Martínez-Jiménez, P. Cumaranatunge, Chandima Creating Interactive Multimedia Simulations without Programming: 12 (5), 413 See also Rebello, N. Sanjay Cummings, Julian C. See Reynders, John V. W. III Cunningham, Robert W. Comparison of three methods for determining fit parameter uncertainties for the Marquardt Compromise: 7 (5), 570 Current, David H. See Hessler, Jan P. Cusumano, Joseph P., Derchyan Lin, Kevin Morooney, and Louis J. Pepe Global sensitivity analysis of a nonlinear system using animated basins of attraction: 6 (6), 647 Cybenko, George, and Holmes, Lewis M. New Magazine Expands AIP's Computers in Physics and IEEE Computational Science & Engineering: 12 (6), 516 D D'Hooghe, P. See Wegener, W. DARPA Seeks 32-Bit VLSI 200 MHz Gallium Arsenide RISC Chip by 1990s: 2 (2), 20 DARPA To Replace ARPANET With Fiber Network: 2 (6), 104 DOE Plans Superconductivity Center At National Labs: 2 (4), 96 Dahiya, J. N., and R. W. Freeman Computer interfacing of a microwave resonant cavity for temperature measurements during dielectric relaxation: 3 (4), 49 Dai, Hong See Rawitscher, G. Danese, G., I. De Lotto, D. Dotti, and F. Leporati A parallel special-purpose computer dedicated to the simulation of interacting Dauger, Dean E. Simulation and study of Fresnel diffraction for arbitrary two-dimensional apertures: 10 (6), 591 Daugherty, Joseph K. Book review: Computer Problems for Classical Dynamics. An Integrated Approach, by Charles Leming: 2 (4), 80 Daukantas, Patricia ACM97 Forecasts the Next 50 Years of 'Paleotechnic Human' : 11 (3), 217 ASCI Clocks Its 'Red' Computer at 1 Teraflops: 11 (2), 129 CIP Links Readers to Featured Web Sites: 10 (3), 222 Book review: Beyond Calculation: The Next Fifty Years of Computing, by Peter J. Denning: 11 (6), 595 Call for Papers for PC '96: 10 (2), 107 Collective Phenomena, Educational Software Top CCP 1998 Program: 12 (4), 306 Computer Show Targets Plasma Physicists: 9 (5), 478 Computer-Supported Education Gets Spotlight in College Park: 10 (6), 513 Dome Design Brings Numerical Astrophysics Down to Earth: 11 (3), 220 Federal Initiative Could Improve Civilian Access to Terascale Computing: 12 (6), 527 From the CIP Journal Section: 12 (1), 15 Gordon Bell Prize: Finalists Chalk up Gains in Parallel-Processing Speeds: 11 (5), 410 Large-Scale Computing Still a Big Part of Annual Conference: 12 (1), 11 NSF Seeks Partnerships to Replace Supercomputer Centers: 10 (1), 9 Olympic Athletes Hone Their Performance with the Help of Computers: 10 (3), 209 Online Journal Gets There First: 11 (5), 415 PC '97 Meeting to Highlight Variety of Applications and Methods: 11 (4), Physics Computing Conference Heads to California's Coast:  11 (1), 10 Preview of SC98: 12 (6), 408 'Reversed Shear' Heats Up Plasma Physics: 9 (6), 575 SC '95 Highlights Web, Applications: 9 (5), 475 SC '96 Puts Computers to Work: 10 (5), 418 SC97 to Examine Interdisciplinary Applications: 11 (5), 408 SC98 Conference Looks to the Future Back in Disneytown: 12 (5), 408 San Diego, Illinois Sites to Lead NSF's New Supercomputing Partnerships: Simulating the Next Great Crash -- on Earth: 10 (1), 10 Southern Spain Sets Scene for Computational-Physics Conference: 12 (1), 14 Sun Helps Astronomers Search for Planets: 10 (4), 316 Supercomputer Centers Face Uncertain Future: 9 (6), 578 Supercomputer Model Digs Deeply Into Secrets of the Geodynamo: 10 (6), 516 Supercomputing Partnerships Acquire Data and User Accounts: 12 (3), 216 Teachers Gambol on Computers in Reno: 10 (2), 105 Ten Years Ago: Jan/Feb 1988: 12 (1), 12 Ten Years Ago: Jul/Aug 1988: 12 (4), 311 Ten Years Ago: Mar/Apr 1988: 12 (2), 113 Ten Years Ago: May/Jun 1988: 12 (3), 217 Ten Years Ago: Nov/Dec 1987: 11 (6), 532 Ten Years Ago: Nov/Dec 1988: 12 (6), 524 Ten Years Ago: Sep/Oct 1988: 12 (6), 410 Tokyo Meeting to Examine 'New Horizon of Computational Science': 11 (4), Update: Asteroids Make Waves ... Scientists Compute ... New E-Journal Surfaces: 12 (2), 114 Update: Computations Help to (Sort of) Settle a Bet: 11 (4), 315 "Virtual Posters" Will Broaden Impact of PC '96: 10 (4), 312 Daukantas, Patricia, and Lewis M. Holmes Physics Computing Moves Out of the Ivory Tower: 11 (6), 528 Supercomputing Exhibits Diversity in Pittsburgh:  11 (1), 11 Davenport, Forest Book review: Computational Physics: An Introduction, by Franz J. Vesely: 10 (1), 47 Davidson, Arthur Chaos Researchers Bring Diverse Phenomena Into Focus: 5 (6), 574 Davidson, Ernest R. Monster Matrices: Their Eigenvalues and Eigenvectors: 7 (5), 519 Davis, Stephen G. Focus On NSF Supercomputing: 1 (1), 18 Day, Steven M. See McLaughlin, Keith L. Dazzo, Genevieve M. How To Maintain Large Scientific Programs: 2 (1), 52 De Boeck, W. See Wegener, W. De Boer, Aient See Decyk, Viktor K. De Groot, Anthony J. See Hoover, William G. De Groot, Robert Cost-Effective Computers Counter Threats to Physics Research and Education: 6 (4), 432 De Izarra, C., O. Vallee, J. Picart, and N. Tran Minh Computation ofthe Whittaker functions Wk~l (z) with series expansions and Pade Approximants: 9 (3), 318 De Jong, Marvin L. Book review: Computational Physics, by Nicholas J. Giordano: 11 (4), 351 De Oliveira, P. M. C. Computer Simulations of Neural Networks: 11 (5), 443 De Raedt, Hans, and Kristel Michielsen Algorithm to solve the time-dependent Schrodinger equation for a charged particle in an inhomogeneous magnetic field: Application to the Aharonov-Bohm effect: 8 (5), 600 De Ronde, J. F.,  G. D. Van Albada, and P. M. A. Sloot Simulation of gravitational wave detectors: 11 (5), 484 DeAcetis, Louis A., Oron Schmidt, and Kumar Krishen Using ADA tasks to simulate operating equipment: 4 (5), 521 DeHaven, William, and Rami Arielli "Laser Adventure": Converting Print Material to a Web Site: 11 (5), 411 DeJong, Marvin, L. Computers in Introductory Physics: 5 (1), 12 Decyk, Viktor K. How to Write (Nearly) Portable Fortran Programs for Parallel Computers: 7 (4), 418 See Lyster, P. M. Decyk, Viktor K., and Joan E. Slottow Supercomputers in the classroom: 3 (2), 50 Decyk, Viktor K., Steve Roy Karmesin, Aient de Boer, and Paulett C. Liewer Optimization of particle-in-cell codes on reduced instruction set computer processors: 10 (3), 290 Delinger, W. G. Use of a hand-held computer to calculate Debye temperatures of cubic crystals from elastic constants: 2 (5), 81 Delmarcelle, Thierry See Hesselink, Lambertus Dengler, Roman, Karl Luchner, and Dean Zollman Computer-Video Method Evaluates Real Motion Data in Real Time for Students: 7 (4), 393 Deprit, Etienne See Healy, Liam Descloux, J., J.-L. Fattebert, and F. Gygi Rayleigh Quotient Iteration, An Old Recipe for Solving Modern Large-Scale Eigenvalue Problems: 12 (1), 22 Desobry, G. E. See Wells, N. H. Devaney, Judith See Fowler, Howland A. Deveau, Terry J. Di Ventra, M. and C. J. Fall General Solution Scheme for Second-Order Differential Equations: Application to Quantum Transport: 12 (3), 248 Diamanti, R. See Santucci, S. Dickens, J. K. Use of Monte Carlo techniques to derive yields for n + '2C multibody breakup reactions: Programming the computer to simulate collisions by fast neutrons: 3 (6), 62 Dickof, Peter See Mitchell, J. Ross Diercksen, Geerd H. F., and George G. Hall Intelligent software: the OpenMol program: 8 (2), 215 Dill, Dan Implementing matrix mechanics in Mathematica: Determination of Clebsch-Gordan coefficients by matrix diagonalization: 5 (6), 616 Dimitroyannis, Dimitri World Wide Web, by T. Berners-Lee et al.: 8 (3), 298 Ding, Hong Q. Monte Carlo simulations of quantum systems on massively parallel supercomputers: 7 (6), 687 Dodge, J. See Hasler, A. F. Doerschuk, Peter C. See Zheng, Yibin Dongarra, Jack, G. A. Geist, Robert Manchek, and V. S. Sunderam Integrated PVM Framework Supports Heterogeneous Network Computing: 7 (2), 166 Donnelly, Denis CIP's Ninth Annual Software Contest: The Winners: 12 (6), 556 A Means to an End: 3 (6), 112 CIP Announces Winners of Second Annual Software Contest: 5 (6), 636 CIPs Eighth Annual Software Contest: The Winners: 11 (6), 579 CIP's Fifth Annual Software Contest: The Winners: 8 (6), 672 CIP's First Annual Software Contest: The Winners: 4 (5), 540 ClP's Fourth Annual Software Contest: The Winners: 7 (6), 647 CIP's Sixth Annual Software Contest: The Winners: 9 (6), 594 CIP's Seventh Annual Eductional Software Contest: The Winners: 10 (6), 532 CIP's Third Annual Software Contest: The Winners: 6 (6), 686 Educators Focus on the Web in New Orleans: 12 (2), 112 Science Educators Discuss Benefits of Symbolic Computation: 6 (6), 571 See Cook, David M. Solving Differential Equations Using MathCAD: 4 (1), 97 Doolen, Gary Book review: Cellular Automata Machines. A New Environment for Modeling, by Tommaso Toffoli and Norman Margolus: 2 (2), 91 Dory, R. A. Spreadsheets for physics: 2 (3), 70 Dory, Robert A. Contour Plots for Spreadsheets: 5 (5), 529 Finite-Element Method in a Spreadsheet: 6 (2), 198 Macros in a Spreadsheet: 4 (5), 558 Matrices and Contour Plots: 3 (3), 84 Neural Networks: 4 (3), 324 Ordinary differential equations: 3 (5), 88 Wavelets Characterize Aperiodic Data: 6 (6), 681 WingZ Spreadsheet Program, Informix Software Inc: 3 (4), 93 Dory, Robert A., and Jeffrey H. Harris Fourier Analysis Using A Spreadsheet: 2 (6), 83 Dossa, Don See Ram-Mohan, L. R. Dotzel, Günter, and Wojtek Skulski Oberon-2, A High-Performance Alternative to C++: 11 (1), 81 Douglas, Solomon Castillo, David M. Harrison, and Theodore G. Shepherd The Physical Pendulum in an Advanced Undergraduate Course in Mechanics: 8 (4), 416 Dozier, Jeff Looking Ahead to EOS: The Earth Observing System: 4 (3), 248 Dreher, Patrick Using microcomputers for teaching lattice gauge theory computational techniques: 2 (6), 49 Dreitlein, Joseph F., and Jon R. Sauer Spinor software tools in C+ +: 4 (1), 64 Drijfhout, W. See Calitz, M. F. Du Toit, A. G. See Calitz, M. F. Duax, William L. Corrected Data: 2 (2), 92 Crystallography: Send in the Computers: 8 (1), 5 World of Crystallography on the Web: 10 (4), 315 Dubisch, Russell See Cook, David M. See Cook, David M. Dubois, Paul F. Is Java for Scientific Programming?: 11 (6), 611 Making Applications Programmable: 8 (1), 70 Object-Oriented Programming Creates a "Software Revolution": 5 (6), 568 Perl by Example: 7 (5), 545 See Brown, Stewart A. The Future of Scientific Programming: 11 (2), 168 Try Something New: Object-Oriented Thinking: 6 (5), 560 Dubois, Paul F., and Lee Busby Portability and the Fortran Standard: 7 (2), 162 Portable, Powerful Fortran Programs: 7 (1), 38 Dubois, Paul F., Konrad Hinsen, and James Hugunin Numerical Python: 10 (3), 262 Dubois, Paul F., and T.-Y. Yang Extending Python: 10 (4), 359 Duffy, Philip B. Igor Version 1.2, WaveMetrics: 4 (6), 674 Duke, Dennis W. Cluster Computing Exploits Performance and Cost Advantages: 7 (2), 176 Computing Finalists focus on Gigabit Networking: 7 (6), 618 Moore for Your Money at SC98: 12 (6), 405 Duncan, W. M. See Estrera, J. P. Dunleavy, Keith See Huggins, Elisha Dworzecka, Maria See Ehrlich, Robert See MacDonald, William M. Dye, Judy See Visscher, P. B. Dzwinel, Witold See Alda, Witold E Eagan, Susan J. See Sutton, C. Sean Eaton, Gareth R. See Quine, Richard W. Eaton, Sandra S. See Quine, Richard W. Edwards, Mark See Payne, M. G. Ehrlich, Robert See MacDonald, William M. Ehrlich, Robert, Maria Dworzecka, and William M. MacDonald Software Consortium Develops Simulations for Nine Physics Courses: 6 (1), 90 Ehrlich, Robert, Maria Dworzecka, William MacDonald, and Jaroslaw Tuszynski Text Materials to Accompany Simulations for the CUPS Project: 7 (5), 508 Ekström, Göran Rapid Earthquake Analysis Utilizes the Internet: 8 (6), 632 Elder, Ken Langevin Simulations of Nonequilibrium Phenomena: 7 (1), 27 Elisseev, V. V. Parallelization of three-dimensional spectral laser-plasma interaction code using High Performance Fortran: 12 (2), 173 Enloe, C. L. Solving coupled, nonlinear differential equations with commercial spreadsheets: 3 (1), 75 Enriquez, Fernando See Córdoba-Torres, Pedro Enzweiler, Raymond N. Book review: A Student's Guide to Fourier Transforms with Applications in Physics and Engineering, by J.F. James: 10 (1), 47 Erdman, Lynne See Frame, Michael Esaulov, V. E., R. Bartolo and F. Penet Hardware and software for a multiparametric concurrent data acquisition system: 7 (6), 696 Escalada, Lawrence T. See Rebello, N. Sanjay Esteban, E. P., and F. J. Agosto Using Web Technology in Undergraduate Research: 12 (6), 530 Esteban, E. P., and E. Ramos Algebraic computing and the Newman-Penrose formalism: 4 (3), 285 Estrera, J. P., W. M. Duncan, and S. R. Slaughter Lineshape analysis for optical transitions in III-V semiconductors using a sequential simplex procedure: 6 (4), 360 Etter, Delores M. See Feibig, Peg L. Evans & Sutherland and Paralex Premiere Parallel Processors: 2 (4), 96 Ewald, Robert H. Perspectives From The Field: Cray Research: 3 (1), 33 F Fadner, Willard See Sung, Ruwang Fairén, Víctor See Córdoba-Torres, Pedro Fairén,Victor, Pablo Martin, and José Manuel Ferrándiz Numerical tracking of small deviations from analytically known perodic orbits: 8 (4), 455 Fairweather, James A. See Boyce, William E. Fall, C. J. See Di Ventra, M. Family, Fereydoon, and Tamas Vicsek Simulating Fractal Aggregation: 4 (1), 44 Fanciulli, M. See Collins, J. J. Fang, Jen-Ho See Visscher, P. B. Farrar, Glennys R. See Press, William H. Farrar, Kelly A., and Adrian L. Melott Gravity in twisted space: 4 (2), 185 Fattebert, J.-L. See Descloux, J. Feibig, Peg L., Leslie I. Brown, and Delores M. Etter Digital waveform sampling rate converter: 3 (3), 38 Feldman, Albert See McClain, Marjorie Ferguson, Charles D., W. Klein, and John B. Rundle Long-Range Earthquake Fault Models: 12 (1), 34 Ferrandiz, José M. See Vigo-Aguiar, Jesús Fernández, Julio F., and Juan Rivero Fast algorithms for random numbers with exponential and normal distributions: 10 (1), 83 Fernandez, Victor M., Deborah Silver, and Norman J. Zabusky Visiometrics of Complex Physical Processes: Diagnosing Vortex-Dominated Flows: 10 (5), 463 Fernbach, Sidney In Search Of Peak Performance: 2 (2), 94 Ferrándiz, José Manuel See Fairén, Victor Ferraro, R. D. See Lyster, P. M. Ferrenberg, Alan, and Robert Swendsen Optimized Monte Carlo Data Analysis: 3 (5), 101 Field, Mike, and Martin Golubitsky Symmetric Chaos: 4 (5), 470 Finch, D. C. See Collins, J. J. Fine, Alan See Samuels, David C. Firsov, K. M. See Zuev, V. V. First 'Graphics Supercomputers' To Tackle Scientific Visualization: 2 (1), 9 Fischer, Susan L., and Wolfgang Christian Molecular Dynamics Inside Ion Traps: 10 (2), 123 Flanagan, J.L. Computers in Speech Communications Research: 4 (6), 592 Fleischmann, Frank See Pruksch, Matthias Fleming, Charles G. See Andrew, Keith Fluid Dynamics Simulations Up and Running on ETA 10 and Ametek: 2 (1), 96 Folk, Mike See Brown, Stewart A. Folland, N. O. On accurate integration algorithms: 5 (5), 483 Forbes, Nancy See Abelson, Harold: 12 (6), 520 Forbes, Nancy, and Richard J. Lipton DNA Computing: A Possible Efficiency Boost for Specialized Problems: 12 (4), 304 Forbes, Nancy, and Seth Lloyd Quantum Computing: Stepping Closer to Reality: 12 (1), 8 Forinash, Kyle, and Jeff Irick Theoretical physics made easy: 2 (1), 59 Forinash, Kyle, and Ray Wisman Constructive interaction between computer science and physics programs: 3 (3), 50 Fornili, S. L. See Migliore, M. Forrest, Gary, Scott McKinney, and James R. Matey Catching the Right Bus, Part VI: Some Options for Real-Time Image Acquisition: 9 (5), 496 Foster, Kenneth R. Mathematica Version 2.0: 5 (6), 643 Foster, Ian, and Carl Kesselman Computational Grids: On-Demand Computing in Science and Engineering: 12 (2), 109 Fowler, Howland A., Judith E. Devaney, John G. Hagedorn, and Francis E. Sullivan Dielectric breakdown in a simplified parallel model: 12 (5), 478 Fox, Geoffrey The Teraflop Supercomputer: 4 (1), 112 Frame, Michael, and Lynne Erdman Coloring Schemes and the Dynamic Structure of Iterated Function Systems: 4 (5), 500 Franta, W. R., Joe Halpern and James Huges Mix and Match Technologies Boost Communication Speed in Today's Data-Networking Environment: 7 (6), 666 Frazier, William G. See Younan, Nicolas H. Freeman, R. W. See Dahiya, J. N. Frenkel, Daan, and Berend Smit Simulation of Phase Coexistence for Complex Molecules: 11 (3), 246 Frenz, Bert Computers and Crystallography: Joint Progress: 2 (3), 42 Frichter, George M. See Piekarewicz, J. Friedberg, J. P. See Haney, S. W. Friedman, Mark Book review: Nonlinear Dynamics and Chaos: With Applications to Physics, Biology, Chemistry, and Engineering, by Steven Strogatz: 8 (5), 532 Froese Fischer, Charlotte, and Muhammad Idrees Spline algorithms for continuum functions: 3 (3), 53 Fromont, Bruno, and Pascale Beaufume Learning dynamical behaviors with explorer: 6 (6), 660 Fry, Alan R. See Anderson, David V. Fu, H., R. Giles, M. Mansuripur, and G. Patterson Investigation of the effects of nanostructure on the observable behavior of magnetic thin film using large-scale computer simulation: 6 (6), 610 Fu, Hong, R. Giles, and M. Mansuripur Coercivity mechanisms in magneto-optical recording media: 8 (1), 80 Fuelling, S. See Lui, G. Fuller, Robert G. Multimedia--Hype or No?: 7 (1), 5 Fureby, C. See Weller, H. G. Furlong, J. R. See Zukas, J. A. Furnish, Geoffrey Container-Free Numerical Algorithms in C++: 12 (3), 258 Disambiguated Glommable Expression Templates: 11 (3), 263 G GaAs-on-Si Laser Breakthroughs at Illinois and Bell Labs: 2 (1), 12 GaAs/GaAs Superlattice Promises Better Thermal Imaging: 2 (6), 104 Gadre, Dhananjay V., Pramod K. Upadhyay, and Vijaya S. Varma Catching the Right Bus, Part 2: Using a Parallel Printer Adapter as an Inexpensive Interface: 8 (1), 45 Gannon, Dennis B. See Bik, Aart J. C. Gao, Bo, and Anthony F. Starace Numerical methods for free-free radiative transition matrix elements: 1 (1), 70 Garcia, Alejandro Book review: Scientific Computing: An Introductory Survey, by Michael T. Heath: 12 (3), 256 Six Books on Fortran 90: 10 (2), 135 Garner, J. Numerical solution to the Schrödinger equation by constrained optimization: 4 (4), 395 Gash, Philip Book review: Computational Methods in Physics and Engineering, by Samuel S. M. Wong: 7 (6), 625 Gastineau, John E. Book review: From Newton to Mandelbrot: A Primer in Theoretical Physics, by D. Stauffer and H. E. Stanley: 6 (4), 424 Quantum Mechanics Simulations Excels as an Educational Tool: 9 (3), 312 See Wilkinson, Ladye Kathryn Three Ray-Optics Programs Support Varied Instructional Uses: 9 (5), 531 Gathright, J. See Walker, James S. Gatland, Ian R. A Weight-watcher's Guide to Least-Squares Fitting: 7 (3), 280 The Daedalon Ultrasonic Measurement System: 5 (5), 541 Gaylord, Richard J. Report from the 1990 Mathematica Conference: 4 (3), 130 See Nishidate, Kazue Geist, G. A. See Dongarra, Jack Gekelman, Walter See Mandrake, L. See Mitchell, Chris Gekelman, Walter, James Maggs, and Lingyu Xu Real-Time Relativity: 5 (4), 372 Gelb, James M. See Bertschinger, Edmund Geophysicists To Seek Computer-Generated Seismic Maps In '88: 2 (3), 12 Georgiopoulos, C. H. See Corden, M. J. Germann, Timothy C., Dudley R. Herschbach, and Bruce M. Boghosian Dimensional perturbation theory on the connection machine: 8 (6), 712 Gerteisen, Edgar, Ralf Gruber, and Silvio Merazzi Domain Decomposition: Theory and Practice:  11 (1), 26 Ghaousia, Syedah Fatima, Nasir M. Mirza, and Sikander M. Mirza Development of PC-based nuclear instruments for gamma-ray spectroscopy Ghoshal, Uttam, and T. Van Duzer Superconductivity Researchers Seek to Remove Computational Bottlenecks: 6 (6), 585 Giles, Roscoe See Fu, Hong See Mansuripur, Masud See Mel'cuk, Andrew I. SIGGRAPH Presents Insights Through Images: 6 (6), 568 What Does Computation Have to Do with "Real" Physics?: 7 (5), 485 Giles, Roscoe, and Masud Mansuripur Possible sources of coercivity in thin films of amorphous rare earth-transition metal alloys: 5 (2), 204 Giles, R., M. Mansuripur, and P. S. Alexopoulos Micromagnetics of thin film cobalt-based media for magnetic recording: 6 (1), 53 Giles, Roscoe, and Claudio Rebbi Computational Center Develops Practical Experience in Parallel Computing: 6 (2), 122 Gillman, E., and H. R. Fiebig Accurate recursive generation of spherical Bessel and Neumann functions for a large range of indices: 2 (1), 62 Ginsparg, Paul First Steps Towards Electronic Research Communication: 8 (4), 390 Giordano, Nicholas The Physics of Vibrating Strings: 12 (2), 138 Gjertsen, Margaret Educom '93 Crafts New Communities: 8 (1), 14 EDUCOM exhibitors unveil educational products: 7 (1), 7 Programming Directory: 6 (5), 541 See Wilkinson, Ladye Katheryn Gjertsen, Margaret and John S. Risley 1993 Directory of Physics Courseware: 7 (1), 145 Tenth Anniversary CIP Educational Software Directory:  11 (1), 49 Gladden, L. F. See Alexander, P. Gleick, James The Dynamical Systems Collective: 2 (2), 40 Goedbloed, J. P. See Beliën, A. J. C. Goedecker, Stefan, and Oleg Ivanov Solution of Multiscale Partial Differential Equations Using Wavelets: 12 (6), 548 Goldstein, Barry See Sachar, Kenneth S. Goloskie, R., J. W. Kramer, and L. R. Ram-Mohan Quantum-Mechanical Tunneling and Finite Elements: 8 (6), 679 Goloskie, R., T. Thio, and L. R. Ram-Mohan Boundary elements and surface plasmons: 10 (5), 477 Golubitsky, Martin See Field, Mike González-Caballero, D. See Martínez-Jiménez, P. Good, R. H. Simulation programs: 2 (5), 76 Goodman, Seymour E., William K. McHenry, and Peter Wolcott Scientific Computing In The Soviet Union: 3 (1), 39 Gorman, M. See Robbins, K. A. Gottscho, Richard A. See Graves, David B. Goucher, Gregory See Brown, Stewart A. Gough, Brian J. First Conference on Freely Redistributable Software: A Physicist's Report: 10 (3), 213 Gould, Harvey Book review: Fractal Growth Phenomena, by Tamas Vicsek: 3 (5), 108 Book review: The Numerical Solution of Ordinary and Partial Differential Equations, by Granville Sewell: 3 (6), 98 See Mel'cuk, Andrew I. See Slanic, Zoran See Tobochnik, Jan Gould, Harvey, and Jan Tobochnik More on Fractals and Chaos: Multifractals: 4 (2), 202 Overcoming Critical Slowing Down: 3 (4), 82 See Reynolds, Peter J. See Tobochnik, Jan Gould, Harvey, Jan Tobochnik, and Louis Colonna-Romano Entropy-Driven Phase Transitions: 11 (2), 157 Graves, David B., and Richard A. Gottscho Computer Applications in Plasma Materials Processing: 4 (6), 584 Gray, James See Siedband, Melvin P. Gray, K. J., B. G. Peterson, L. V. Knight, and J. M. Thorne Simulated response of multilayer x-ray reflectors to damaging fluxes: 3 (4), 65 Gray, Mark G., and Randy M. Roberts Object-Based Programming in Fortran 90: 11 (4), 355 Grayson, Diane J. Using Education Research to Develop Waves Courseware: 10 (1), 30 Greene, Ronald L. Book review: Nonlinear Physics with Maple for Scientists and Engineers, by Richard H. Enns and George C. McGuire: 11 (5), 451 Greengard, Leslie The Numerical Solution of the N-Body Problem: 4 (2), 142 Greengrove, Cheryl Most Enjoyable: 2 (5), 90 Grest, Gary S. Book review: High Performance Computing: Challenges for Future Systems, by David J. Kuck: 11 (3), 259 Grinstein, G., and C. Jayaprakash Simple Models of Self-Organized Criticality: 9 (2), 164 Groen, F. C. A. See Rijnders, Frank M. Groisman, G. And J. R. Parker Computer-assisted photometry using simulated annealing: 7 (1), 87 Grubb, David P., and Robert R. Borchers Workstations Emerge as Major Scientific Resource: 5 (6), 571 Gruber, Ralf PC '94 Exhibition Features Swiss HPC: 8 (4), 379 See Anderson, David V. See Gerteisen, Edgar. What Can We Learn from Physics Computing '94?: 8 (4), 373 Gubernatis, J. E. See Somsky, W. R. Gubernatis, J. E. See Lin, H. Q. Gutiérrez, José Manuel, and Andrés Iglesias Mathematica package for analysis and control of chaos in nonlinear systems: 12 (6), 608 Gunter, Berton H. How Statistical Design Concepts Can Improve Experimentation in the Physical Sciences: 7 (3), 262 Gupta, Anuj See Huggins, Elisha Gygi, F. See Descloux, J. H Hagedorn, John G. See Fowler, Howland A. Haider, Niaz, Souheil A. Khaddaj, Mark R. Wilby, and Dimitri D. Vvedensky Parallel Monte Carlo simulations of epitaxial growth: 9 (1), 85 Haigh, Peter J. ICN Equals NII Here and Now--Not "If" and "When": 8 (2), 133 Hailstone, R. K. Transputer-based simulations of image recording in silver-halide materials: 8 (2), 205 Hall, B. D. A general purpose interactive programmable laboratory interface system using the IEEE-488 Bus: 5 (3), 323 Hall, B. D., and R. Monot Calculating the Debye-Scherrer diffraction pattern for large clusters: 5 (4), 414 Hall, George G. See Diercksen, Geerd H. F. Halpern, Joe See Franta, W. R. Hamlin, Christopher B., and Peggy Judd How AIP Handles Electronic Submissions of Articles: 8 (3), 255 Haney, Scott W. Beating the Abstraction Penalty in C++ Using Expression Templates: 10 (6), 552 Is C++ Fast Enough for Scientific Computing?: 8 (6), 690 Haney, Scott W., and James A. Crotinger C + + Proves Useful in Writing a Tokamak Systems Code: 6 (5), 450 Haney, S. W., J. P. Freidberg, and C. J. Solomon A fast, user-friendly code for calculating magnetohydrodynamic equilibria: 9 (2), 216 Hansen , G. A. and C. H. Chang Efficient visualization of a plasma spray simulation: 12 (1), 65 Hardt, S. L., and G. Chen Semi-intuitive computations and artificial intelligence: Dimensional analysis as a case study: 3 (2), 55 Hardt, Shoshana L. Book review: Man Made Minds: The Promise of Artificial Intelligence, by M. Mitchell Waldrop: 1 (1), 91 Harrington, Randal Book review: Being Digital, by Nicholas Negroponte: 11 (3), 261 Harris, Jeffrey H. Wavelets Characterize Aperiodic Data: 6 (6), 681 Harris, R. Demons at Work: 4 (3), 314 Harrison, Don E. Jr. Book review: An Introduction to Computer Simulation Methods: Applications to Physical Systems, Part 1 and Part 2, by Harvey Gould and Jan Tobochnik: 2 (1), 90 Harrison, David M. See Douglas, Solomon Castillo Harter, William G. Nothing Going Nowhere Fast: Computer Graphics in Physics Courses: 5 (5), 466 Hasbun, J. E. See John, George. Hasler, A. F., K. Palaniappan, M. Manyin, and J. Dodge A high performance Interactive Image SpreadSheet (IISS): 8 (3), 325 Hassold, G.N. and Elizabeth A. Holm A fast serial algorithm for the finite temperature quenched Potts model: 7 (1), 97 Hastaoglu, M. A. See Syed, M. Q. Haugerud, Hårek See Burgess, Mark Haus, Joseph W. See Boyce, William E. Haus, Joseph W., and Tuyen K. Tran Computational method for intrinsic optical bistability: Steady-state solutions and their stability: 2 (2), 69 Hawley, John F. Book review: The Supercomputer Era, by Sidney Karin and Norris Parker Smith: 2 (1), 89 Hayden, Howard C. Data smoothing routine: 1 (1), 74 Haydock, Roger Book review: Supercomputers: Algorithms, Architectures, and Scientific Computation, by F. A. Matsen and T. Tajima: 2 (4), 81 He, Bohr See Sigurdsson, Steinn. He, G. See Landau, R. H. He, Song Stabilizing the Richardson eigenvector algorithm by controlling chaos: Healy, Liam, and Etienne Deprit Paint by number: Uncovering phase flows of an integrable dynamical system: 5 (5), 491 Hecht, Jeff Climate Models: Computing The World Around Us: 2 (1), 16 Optical Design Enters The Computer Age: 1 (1), 34 Physical Limits of Computing: 3 (4), 34 Heddle, D.P. Hv: A graphical user interface library for scientific and engineering applications: 10 (2), 174 Heggie, D. C. See Bowler, K. C. Heil, Christopher Book review: An Introduction to Wavelets, by Charles K. Chui: 6 (6), 697 Book review: Ten Lectures on Wavelets, by Ingrid Daubechies: 6 (6), 697 Heller, Urs M. See Bitar, Khalil M. Hellman, Frances and Pat Diamond Book review: Electricity and Magnetism Simulations, by Robert Ehrlich, Lyle Roelofs, Ronald Stoner, and Jaroslaw Tuszynski: 10 (3), 257 Helman, James L. See Hesselink, Lambertus Hendrikse, Jan See Thijsse, Barend J. Hentschel, H.G.E. See Samuels, David C. Hernández, A. See Aguirregabiria, J. M. Hernquist, Lars See Sigurdsson, Steinn Herrmann, E. J. See Spencer, C. D. Herschbach, Dudley R. See Germann, Timothy C. Hertz, Paul An algorithm for the fast Fourier transform on a Connection Machine: 4 (1), 86 Hesselink, Lambertus, Thierry Delmarcelle, and James L. Helman Topology of Second-Order Tensor Fields: 9 (3), 304 Hessler, Jan P., David H. Current, and Paul J. Ogren A new scheme for calculating weights and describing correlations in nonlinear least-squares fits: 10 (2), 186 Hindmarsh, Alan C. See Cohen, Scott D. Hindmarsh, Alan C., and Linda R. Petzold Algorithms and Software for Ordinary Differential Equations and DifferentialAlgebraic Equations, Part I: Euler Methods and Error Estimation: 9 (1), 34 Algorithms and Software for Ordinary Differential Equations and DifferentialAlgebraic Equations, Part II: HigherOrder Methods and Software Packages: 9 (2), 148 Hinsen, Konrad See Dubois, Paul F. Hobbie, Russell K. MacDose: A simulation for understanding radiological physics: 6 (4), 355 Hocking, W. K. Performing Fourier transforms on extremely long data streams: 3 (1), 59 Hohlfeld, R. G. See Collins, J. J. Hollanders, Mark A. See Thijsse, Barend J. Hollerbach, Rainer Fast dynamo action in spherical geometry: Numerical calculations using parallel virtual machines: 9 (4), 460 Holm, Elizabeth A. See Hassold, G. N. Holmes, Lewis M. Celebrating CIP's Tenth Anniversary Year: 11 (1), 5 Condensed Phases Crack Under Computational Assault: A Report on the APS March Meeting: 12 (3), 216 Exhibition Links Vendors with Research: 8 (6), 628 Exhibitors Target Physics Users: 5 (6), 561 Expanded New-Products Section Goes On Line: 8 (2), 150 Find Hundreds of Physics Products Online: 8 (3), 254 Introducing Interactive Reader Service: 10 (2), 113 Let the Readers Be Heard!: 8 (5), 495 Orlando Exhibit Brings News of Educational Software Advances: 6 (2), 111 PC '95 Offers Computational Perspective: 9 (5), 477 Physics Computing '92 Index of Authors: 6 (4), 328 Physics Computing '92 Offers Varied Program: 6 (4), 303 Physics Computing '92 Will Convene in Prague: 6 (2), 114 SC'94 Spotlights High-Performance Computing: 9 (1), 11 Segue to the Future: 12 (6), 515 Supercomputing Adapts for the Future: 10 (2), 108 Supercomputing Conference Emphasizes Scalable Computing and Networks: 8 (1), 8 Supercomputing specialists try out clusters and networks: 7 (1), 6 Talking Computational Shop in the Penumbra of the Alhambra: 12 (6), 525 Teachers Learn about Computers in Physics Education: 9 (2), 131 See Cybenko, George See also Cybenko, George, and Daukantas, Patricia Holmes, Mark H., Yuklun Au, and J. W. Stayman Symbolic and numerical computing for chemical kinetic reaction schemes: 9 (6), 629 Hon, David A new method for visualizing data on a sphere: 5 (5), 505 Hoover, Carol G. See Hoover, William G. Hoover, William G., Anthony J. De Groot, and Carol G. Hoover Massively parallel computer simulation of plane-strain elasticplastic flow via nonequilibrium molecular dynamics and Lagrangian continuum mechanics: 6 (2), 155 Horbatsch, Marko Teaching Calculus and Linear Algebra with DERIVE: 4 (6), 656 Horowitz, C. J. See Melendez, W. Horowitz, E. J. A general field-line plotting algorithm: 4 (4), 418 Horwitz, Paul, Edwin F. Taylor, and William Barowy Teaching special relativity with a computer: 8 (1), 92 Hotz, D. See Bajema, J. Houlanhan, Padraig Tracking artificial satellites with the Macintosh: 8 (1), 113 House Subcommittee Planning NSF Supercomputing Hearings: 2 (2), 96 Houston Physicists Gain Ground on Space Vacuum Research Facility: 2 (1), 14 Houtman, H., F. W. Jones, and C. J. Kost Laplace and Poisson equation solution by RELAX3D: 8 (4), 469 Hsieh, Alexander, and Eran Yehudai HIP: Symbolic highenergy physics calculations: 6 (3), 253 Hu, Kun See also Karbach, Michael Hu, Yue Simulations of the Motion of Colloidal Particles in Alternating Electric Fields: 8 (5), 524 Hua, Xin-Min Monte Carlo simulation of Comptonization in inhomogeneous media: 11 (6) Hubisz, John L. Book review: NetLearning: Why Teachers Use the Internet, by Ferdi Serim and Melissa : 11 (5), 451 Book review: Science on the Web: A Connoisseur's Guide to Over 500 of the Best, Most Useful, and Most Fun Science Websites, by Edward J. Renehan Jr.: 11 (5), 451 Hudson J. L. See Rossler, O. E. Huergo, Jennifer Additions and Updates to the CIP Home Page: 10 (5), 426 LogoLinks on the Rise: 11 (4), 323 New Secure Online Subscription Form: 11 (3), 229 Physics Teachers Warm Up to Computers in Phoenix: 11 (2), 130 See Our 1997 Editorial Calendar:  11 (1), 21 Software Contest Deadline Approaches: 11 (2), 139 Huggins, Elisha, Samuel Velez, Keith Dunleavy, and Anuj Gupta Use of the Macintosh Oscilloscope in Undergraduate Science Education: 5 (2), 220 Hughes, James See Franta, W. R. Hughes, Peter Building a Terrain Renderer: 5 (4), 434 Hughes, Thomas J. R. See Taylor, Charles A. Hugunin, James See Dubois, Paul F. Hunt, J. C. R. Developments in Forecasting the Atmospheric Environment: 9 (5), 483 I Iglesias, Andrés See Gutiérrez, José Manuel Inchiosa, Mario E., and Steven A. Janowsky A parallel algorithm for determining the ground state of some ferromagnetic spin systems: 3 (1), 55 Ingoldsby, Tim AlP's Applied Physics Letters Online: Coming in January: 8 (4), 398 Intrator, Nathan Book review: Fundamentals of Artificial Neural Networks, by Mohamad H. Hassoun: 10 (2), 137 Iowa Simulation Center Goes from Real Time to the Big Time: 1 (1), 96 Irving, Larry Jr. Why Physicists Should Care About the National Information Infrastructure: 7 (4), 381 Ivanov, Oleg See Goedecker, Stefan J JPL Physicists To Fabricate VLSL Neural Network Chip By End of '88: 2 (1), 7 Jaén, X. See Balfagón, A. See Castellvi, P. Jacob, Robert, and John Anderson Do-it-Yourself Massively Parallel Supercomputer Does Useful Physics: 6 (3), 244 Jacobson, L. A. A fast data smoothing algorithm: 4 (4), 400 Jakobsson, Eric See Scott, H. Larry Janhunen, Pekka and Douglas Stein MathHDF: Mathlink-Based Distributed Visualization Between Mathematica and HDF Files: 7 (3), 290 Jaric, Marko Vukobrat See Qui, Shi-Yue Jasek, H. See Weller, H. G. Jayaprakash, C. See Grinstein, G. Jenkins, Richard A. New Approaches In Parallel Computing: 3 (1), 24 The Next Wave of Japanese Supercomputers: 2 (2), 34 Ji, Chueng-Ryong See Pang, Alex Joannopoulos, J. D. See Brommer, K. D. Jodicke, B. See Borie, E. Johansen, G.A., J. E. Nordtvedt, and P. Vold ElPed: An interactive PC-based learning program for basic electrical circuits: 7 (5), 577 John E. Gastineau Spacetime: 5 (4), 443 John, George C., J. E. Hasbun, and Vijay A. Singh Simple scheme for the numerical evaluation of nearly singular integrals: Johnson, Christopher R., Robert S. MacLeod, and Mike A. Matheson Computer Simulations Reveal Complexity of Electrical Activity in the Human Thorax: 6 (3), 230 Johnson, F. Scott See Judd, Peggy Johnson, M. A. and L. V. Meisel Quantifying symmetric chaos: 7 (5), 585 Johnson, T.K., and R. L. Vessella On the application of parallel processing to the computation of dose arising from the internal deposition of radionuclides: 3 (3), 69 Johnston, I. D. See Walker, P. J. Johnston, Ian Book review: Molecular Dynamics Simulation: Elementary Methods, by J. M. Haile: 7 (6), 625 Jolivette, Peter L. Least-squares fits when there are errors in X: 7 (2), 208 Jones, Eric D., Bryan L. Preppernau, P. G. Stein, and James R. Matey Catching the Right Bus, Part IV: IEEE-488 Programming: 9 (1), 24 Jones, Eric D., and Bryan L. Preppernau Catching the Right Bus V: A Beginners' Guide to Programming the IEEE-488 Bus: 9 (2), 140 Jones, F. W. See Houtman, H. Jones, Robert D., and James R. MacFall Computers In Magnetic Resonance Imaging: 2 (5), 25 Joseph W. Haus Jr., Joseph Porter Jr., and William L. Siegmann Interactive Multimedia Modules in Mathematics, Engineering, and Science: Judd, Peggy, and F. Scott Johnson SGML Enables Full-Text Scientific Publishing on the Web: 9 (4), 369 Judd, Peggy, and Frank Perugini AlP's Online Information Service Helps Physicists Stay Up to Date: 8 (1), 24 See also Hamlin, Christopher B. June Test Set For Improved Deep-Space Telemetry Tool: 2 (1), 15 K Kadanoff, Leo P. See Rothman, Daniel H. Kahaner, David See McClain, Marjorie Kaiser, T. and G. Schweiger Stable algorithm for the computation of Mie cofficients for scattered and transmitted fields of a coated sphere: 7 (6), 682 Kalnay, Eugenia Numerical Weather Prediction: 9 (5), 488 Karbach, Michael, and Gerhard Müller Introduction to the Bethe Ansatz I:  11 (1), 36 Karbach, Michael, Kun Hu, and Gerhard Müller Introduction to the Bethe Ansatz II: 12 (6), 565 Karlen, Dean Using projections and correlations to approximate probability distributions: 12 (4), 380 Karmesin, Steve Roy See Decyk, Viktor K. Karpf, Andreas AIP Launches Academic Software Project: 3 (6), 81 Caltech Introduces Computational Science Ph.D. Program: 4 (1), 12 Large-Scale Mapping of the Universe with IRAS Data: 4 (1), 9 Plasma Simulations Used to Design New Magnetic Fusion Devices: 4 (2), 121 Quantum Monte Carlo Applied to Matter Simulations: 4 (2), 127 SUPERNODE 2: 3 (6), 16 Voyager Scientists Have a Field Day With Neptune Data: 3 (6), 13 Kataev, M. Yu. See Zuev, V. V. Kaufman, Charles See Regez, Nicolas See Srivastava, Niraj Kaul, S. K. See Sawhney, K. J. S. Kaxiras, Efthimios See Abraham, Farid F. Keister, Bradley D. Multidimensional Quadrature Algorithms: 10 (2), 119 Kennedy, Jack A MATHCAD-based method for enhanced system resolution studies: 6 (4), 377 Kennedy, Ken The Case for a Next Generation Internet: 11 (5), 405 Kennel, Matthew See Stoutamire, David Kenway, R. D. See Bowler, K. C. Kesselman, Carl See Foster, Ian Kevan, S. D. See Bothun, G. D. Khaddaj, Souheil A. See Haider, Maz Khan, Furrukh S. See Yeh, Mei-Ling Kidan, T., Joan Adler, and A. Ron Numerical simulations of an atomic beam focused by an optical potential: 12 (6), 471 Kim, Eunsook See Lea, Suzanne M. Kim, Jeongnim See Yeh, Mei-Ling Kincanon, Eric See Byrne, John King, John F. Graphics Draw A New Picture For Science: 1 (1), 50 Kirkup, L., and J. Sutherland Curve stripping and nonlinear fitting of polyexponential functions to data using a microcomputer: 2 (6), 64 Kitowski, Jacek See Alda, Witold Klein, Barry M. Computational and Industrial Physics at PC '97: A Marriage Made in Heaven: Klein, M. See Rossler, O. E. Klein, W. See Ferguson, Charles D. Klimenko, Stanislav V. Russians Form Center of Computing for Physics and Technology: 9 (1), 16 Knight, L. V. See Gray, K. J. Knoesel, Ralf See Beliën, A. J. C. Kohin, Roger P. Book review: Nonlinear Dynamics and Chaos, by J. M. T. Thompson, and H. B. Stewart: 4 (3), 329 Book review: Quantum Mechanics on the Personal Computer, by Siegmund Brandt and Hans Peter Dahmen: 4 (3), 329 Book review: Theoretical Physics on the Personal Computer, by E.W. Schmid, G. Spitz, and W. Losch: 3 (3), 81 Kolan, Amy, Barry Cipra, and Bill Titus Exploring Localization in Nonperiodic Systems: 9 (4), 387 Koltracht, I. See Rawitscher, G. Koniges, Alice E., and Kevin R. Lind Parallelizing Code for Real Applications on the T3D: 9 (4), 399 Koplik, Joel, and Jayanth R. Banavar Physics of Fluids at Low Reynolds Numbers--A Molecular Approach: 12 (5), 424 Korsch, H. J., and A. Wagner Fractal mirror images and chaotic scattering: 5 (5), 497 Kost, C. J. See Houtman, H. Koul, R. See Sawhney, K. J. S. Kowallik, Hans See Landau, Rubin H. Krüger, Wolfgang See Renz, Wolfgang Kramer, J. W. See Goloskie, R. Krishen, Kumar See DeAcetis, Louis A. Kristyan, Sandor Equipotential surfaces of the model reaction H + H2: Struggling with three dimensions: 8 (5), 556 Kristyan, Sandor, and Janos Szamosi Reaction kinetic surfaces and isosurfaces of the catalytic hydrogenolysis of ethane and its self-poisoning over Ni and Pd catalysts: 6 (5), 494 Krueger, Wolfgang The application of transport theory to visualization of 3-D scalar data fields: 5 (4), 397 Krug, M. See Rossler, O. E. Krutar, Rudolph A. See Cole, James B. Kuck, David J. Facing Up to Software's Greatest Challenge: Practical Parallel Processing: 11 (3), 213 Kulkarni, Jaydeep A., and Antony N. Beris New approach for simulating chain conformations in dense polymers using fully populated lattice models: 12 (6), 641 Kunz, Michelle Bravo on Ada 95 Coverage: 12 (4), 312 Kutt, P. H., and D. P. Balamuth Operating experience with a multiple-processor system for data acquisition and reduction in nuclearphysics: 3 (5), 52 L La Brecque, Mort Retinex: Physics and The Theory Of Color Vision: 2 (6), 16 Laeri, Franco Some comments on maximum entropy spectral analysis of time series: 4 (6), 627 Lai, Y. K. See Chia, T. T. Lai, Ying-Cheng See Yalcinkaya, Tolga Controlling Chaos: 8 (1), 62 Lake, Kayll See Musgrave, Peter Lam, Lui and Rocco Pochy Active-Walker Models: Growth and Form in Nonequilibrium Systems: 7 (5), 534 Lampton, Michael Damping-undamping strategies for the Levenberg-Marquardt nonlinear least-squares Lancaster, Jack L., and Gary D. Fullerton Computers, Physics, and Medicine: Imaging The Body: 2 (5), 16 Landau, R. H., T. Mefford, and G. He Visualizations in Few-body Physics: 7 (3), 296 Landau, Rubin H., Hans Kowallik, & Manuel J. Páez Web-Enhanced Undergraduate Course and Book for Computational Physics: 12 (3), 240 Landesman, A. See Shoemaker, R. L. Lane, Barton G. X-arRAY: Accessing Extended Memory on the Cheap: 6 (1), 97 Lane, Eric T. Apple II Software Demonstrates Wave Behavior: 2 (3), 53 Langer, Steven H. A Comparison of the Floating-Point Performance of Current Computers: 12 (4), 338 See also Still, Charles H. Lannutti, Joseph E. Computers Undergird High-Energy Physics Research: 6 (1), 104 Larson, B. E. See Brommer, K. D. Lauterbach, M. J. See Matey, James Law, Alan G. See Mitchell, J. Ross Laws, Priscilla The Role of Computers in Introductory Physics Courses: 5 (5), 552 Layton, William, and Ralph Roskies Teaching Physicists How To Program: 2 (4), 32 Lea, Suzanne M., Beth A. Thacker, Eunsook Kim, and Kathleen M. Miller Computer-assisted assessment of student understanding in physics: 8 (1), 122 Leaf, Jesse J. Databases Turn Computers Into Science Libraries: 2 (1), 24 Leclerc, G., and L. Sanche Spreadsheets for computing charged-particle trajectories in 3-D electrostatic fields: 4 (6), 617 Lee, Arthur Book review: Computational Systems--Natural and Artificial, by H. Haken: 2 (6), 99 Lee, Michael A., and Kevin E. Schmidt Green's Function Monte Carlo: 6 (2), 192 Lee, W. L. See Roy, S. Leenders, R. See Beliën, A. J. C. Leidecker, Henning See Cahalan, Robert F. Leigh, John S. Jr. See Stein, Alan D. Lenstra, Daan See Mirasso, Claudio R. Lentz, W. J. Continued fraction calculation of spherical Bessel functions: 4 (4), 403 Leung, P. W., and Paul E. Oppenheimer Implementation of the Lanczos algorithm for the Hubbard model on the Connection Machine system: 6 (6), 603 Leuze, Michael R., and Robert C. Ward Parallel Computers Take Lead in Complex Problem Solving: 5 (6), 582 Levine, Judah Why Experimentalists Mistrust Computer Modeling--and Why They Rely on It: Levy, Christopher Book review: Solid State Physics Simulations, by Graham Keeler, Roger Rollins, and Steven Spicklemire: 10 (3), 260 Levy, George C. Computers In Magnetic Resonance Spectroscopy: 2 (5), 32 Lewin, David I. Frances E. Allen: Mathematician Compiles Enviable Record in Industrial R&D: 9 (2), 128 Gene Amdahl: Still Pumping Heavy Iron: 11 (6), 526 Robert Axtell: Growing a Tree of Knowledge in an Object-Oriented Eden: John Backus: Fortran's Developer Receives Top Engineering Award: 8 (1), 6 James Blinn: Animator Chooses Physics over Movies: 8 (6), 624 Robert R. Borchers: NSF Foresees Bright Future for Its Supercomputing Centers: 8 (2), 134 Vinton Cerf: Meeting Future Internet Needs: 8 (4), 374 Mark Ellisman: Building an Imaging Collaboratory: 10 (5), 414 Roscoe Giles: From Theory to Practice: 12 (2), 110 Paul Ginsparg: How a Physicist Helped to Launch a Revolution: 10 (1), 6 Herbert Hauptmann: Making Molecular Structures Crystal Clear: 12 (1), 6 HPCC grandly challenges physics community: 7 (2), 118 Sidney Karin: Supercomputing Survivor: 12 (4), 302 Donald Knuth: Computer Scientist Addresses Grand Themes: 9 (3), 248 Steven Louie: From Nanocomputers to the Earth's Core: 12 (6), 406 Paul Messina: Setting His Sights on Petaflops: 10 (4), 310 Cleve Moler: Math Professor Turns Classroom Program into Successful Business: 9 (1), 8 Kim Molvig: Advising Fluid Dynamicists to Be Discrete: 11 (2), 126 Gordon Moore: The Accidental Entrepreneur: 12 (6), 518 Charles Mosher: Striking Pay Dirt in a Supercomputer: 10 (6), 510 Nathan Myhrvold: Physicist Oversees Research for Software Giant: 9 (5), 472 Jeremiah Ostriker: Computing the Universe: 12 (3), 214 Patricia Reggio: Getting Students High on Quantum Chemistry: 11 (4), Larry Smarr: NCSA's Director Champions Broad Access to Supercomputers: 8 (5), 496 Richard Stallman: Mr. GNU's Who: 11 (5), 406 Clifford Stoll: Born-Again Internet Gadfly Takes on Computational Physics: 9 (4), 352 Valerie Taylor: Balancing Her Roles in Engineering and Society: 10 (3), 206 Donald Weingarten: Computing the Glueball: 10 (2), 102 Kennneth Wilson: Nobel Laureate Espouses Physics, Education, and Breadth of Knowledge: 9 (6), 572 Stephen Wolfram: Mathematica's Developer Asks, "Can Algorithms Replace Equations?": 8 (3), 238 Paul Woodward: How to Be an Experimental Theorist: 11 (3), 214 Li, C. L. See Chan, F. L. Li, Chihwen Chris and Chwan-Hwa John Wu A particle-in-cell fluid model for radio frequency glow discharges: 7 (3), 363 Lichten, William, and Donald L. Shirer Scientific and Graphing Calculators: 12 (6), 588 Liewer, P. C. See Lyster, P. M. Liewer, Paulett C. See Decyk, Viktor K. Lightbody, John W. Jr. Informative, Too: 2 (5), 90 Lightbody, J. W. Jr., and J. S. O. Connell Modeling single arm electron scattering and nucleon production from nuclei by GeV electrons: 2 (3), 57 Lin, Derchyan See Cusumano, Joseph P. Lin, H. Q. and J. E. Gubernatis Exact Diagonalization Methods for Quantum Systems: 7 (4), 400 Lind, Kevin R. See Koniges, Alice E. Lindgren, Gordon E. See Pickett, Robert C. Linn, S. L. See Corden, M. J. Linsay, Paul S. Book review: Chaotic and Fractal Dynamics: An Introduction for Applied Scientists and Engineers, by Francis Moon: 8 (1), 69 Lipton, Richard J. See Forbes, Nancy Lister, Tim, and James R. Matey What is Software?: 10 (4), 327 Liu, G., S. Fuelling, and R. Bruch Versatile CAMAC-PC/AT system for data acquisition and control in high resolution extreme-ultraviolet ( EUV ) spectroscopy following ion-atom and ion-molecule collisions: 6 (2), 168 Llanas, Ian See Armstrong, Daryl Llanta, E. See Castellvi, P. Lloyd, Seth See Forbes, Nancy Locklair, Gary Electronics Workbench Helps Students to Learn About Circuits: 6 (6), 700 Lomdahl, Peter S. See Beazley, David M. Long, Lyle N. See Martin, Jared Long, William F. See Baer, Howard Los Alamos High-Speed Channel Will Spur 1 Gigabits/s Networks: 2 (5), 12 Lozzi, L. See Santucci, S. Luban, Marshall, and Lawrence P. Staunton An efficient method for generating a uniform distribution of points within a hypersphere: 2 (6), 55 Luchner, Karl See Dengler, Roman Lundberg, Matthew Book review: Wavelets and Their Applications, Mary Beth Ruskai et al., eds.: 6 (6), 698 Wavelets: A Tutorial in Theory and Applications, by Charles K. Chui: 6 (6), 698 Luzar, Alenka Book review: Molecular Modeling, Basic Principles and Applications, H. D. Holtje and G. Folkers: 12 (1), 42 Lyster, P. M., P. C. Liewer, V. K. Decyk, and R. D. Ferraro Implementation and characterization of three-dimensional particle-in-cell codes on multiple-instruction-multiple-data massively parallel supercomputers: 9 (4), 420 M Müller, Gerhard See Regez, Nicolas M. Swierkosz See Rappaz, J. MCNC Builds Massively Parallel Processor On a Chip: 2 (5), 104 MacDonald, Joe Where to Buy Scientific Programming Languages: 3 (1), 85 MacDonald, William M. See Ehrlich, Robert MacDonald, William M., Edward F. Redish, and Jack M. Wilson The M.U.P.P.E.T. Manifesto: 2 (4), 23 MacDonald, William M., Maria Dworzecka, Robert Ehrlich, and Jaroslaw Tuszynski Authoring on the Internet--the CUPS Series: 8 (4), 386 MacKay, David J. C. Qualitative Reasoning: Modeling and Simulation with Incomplete Knowledge, Benjamin Kuipers: 9 (2), 172 MacLeod, Allan J. Accurate and efficient evaluation of the Bose-Einstein functions g3/2 and MacLeod, Robert S. See Johnson, Christopher R. Macdonald, J. Ross Solution of an "impossible" diffusion-inversion problem: 9 (5), 546 Mackie, T. R. See Sinder, A. Maclntire, Douglas A. See Sutton, C. Sean Macomber, Hilliard K. Book review: Fields and Electrodynamics--A Computer-Compatible Introduction, by Pieter V. Visscher: 4 (4), 441 Maggs, James See Gekelman, Walter Mahonen, Petri Parallel signal processing workstation environment: 5 (6), 611 Maier, W. L. Derive Version 1.58, Soft Warehouse, Inc.: 4 (2), 210 Majumdar, Sharmila, and Rahul R. Prasad The fractal dimension of cerebral surfaces using magnetic resonance images: 2 (6), 69 Makino, Junichiro Supercomputing Symposium Addresses Astrophysics and Related Topics: 11 Makino, Junichiro, and Makoto Taiji Computational Astrophysics on a Special-Purpose Computer: 10 (4), 352 Malaney, Robert A. Supercomputers and Nuclear Astrophysics: 2 (6), 40 Mallinckrodt, A. John Book review: Cellular Automata and Complexity, by Stephen Wolfram: 9 (1), 55 Book review: Computational Geometry in C, by Joseph O'Rourke: 9 (1), 55 Book review: Computing for Scientists and Engineers: A Workbook of Analysis, Numerics, and Applications, by William J. Thompson: 7 (2), 155 Book review: Crossing the Internet Threshold: An Instructional Handbook, by Roy Tennant, by John Ober and Anne G. Lipow: 7 (5), 543 Book review: Everybody's Guide to the Internet, by Adam Gaffin: 9 (1), 55 Book review: Internet Primer for Information Professionals: A Basic Guide to Internet Networking, by Elizabeth Lane and Craig Summerhill: 7 (5), 543 Book review: Internet: Getting Started, by April Marine, Susan Kirkpatrick, Vivian Neou, and Carol Ward: 7 (5), 543 Book review: Numerical Methods for Physics, by Alejandro L. Garcia: 9 (1), 55 Book review: Random Processes in Physical Systems: An Introduction to Probability-Based Computer, by Charles A. Whitney: 6 (5), 555 Book review: Simulations, by Charles A. Whitney: 6 (5), 555 Book review: Stereo Computer Graphics and Other True 3D Technologies, ed. by David F. McAIlister: 9 (1), 56 Book review: The Internet Companion: A Beginner's Guide to Global Networking, by Tracy Laquey and Jeanne C. Ryer: 7 (5), 543 Book review: The Internet Passport: NorthWestNet's Guide to Our World Online (4th ed.), by Jonathan Kochmer and NorthWestNet: 7 (5), 543 Book review: The Whole Internet User's Guide & Catalog, by Ed Krol: 7 (5), 543 Book review: Thinking in Complexity: The Complex Dynamics of Matter, Mind, and Mankind, by Klaus Mainzer: 9 (4), 398 Book review: Zen and the Art of the Internet: A Beginner's Guide (2nd ed.), by Brendan P. Kehoe: 7 (5), 543 Interactive Physics Version 1.2: 5 (3), 349 Interactive Physics II: A Physics Simulation Laboratory for the Macintosh: 7 (3), 312 Mallory, Kendall See Sung, Ruwang Manchek, Robert See Dongarra, Jack Mandell, Myron IRIS Indigo: High-Performance Low-End Workstation: 6 (3), 290 Mandrake, L., and W. Gekelman Large-scale Windows 95-based data-acquisition system using LabVIEW: 11 Manner, R., and O. Stucky The Polyp multiprocessor: Architecture and applications in nuclear physics: 4 (3), 267 Mansuripur, Masud See Fu, H. See Giles, R. Mansuripur, Masud, and Roscoe Giles Simulation of the magnetization-reversal dynamics on the Connection Machine: 4 (3), 291 Manyin, M. See Hasler, A. F. Margio, C. See Moriarty, K J. M. Markel, Scott Book review: Visual Cues: Practical Data Visualization, by Peter R. Keller and Mary M. Keller: 8 (3), 297 Markus, Mario Chaos in Maps with Continuous and Discontinuous Maxima: 4 (5), 481 Marro, J. See Borcherds, P. H. Marsaglia, George, and Arif Zaman Some portable very-long-period random number generators: 8 (1), 117 Martínez-Jiménez, J. M. See Martínez-Jiménez, P. Martínez-Jiménez, P., E. Casado, J. M. Martínez-Jiménez, M. Cuevas-Rubiño, D. González-Caballero, and F. Zafra-López Interactive Physics Simulations Appeal to First-Year Students: 11 (1), 31 Martin, Jared, Lyle N. Long, and Kevin M. Morooney Using Java for scientific programming and electromagnetics: 12 (6), 601 Martin, Jeanne T. Book review: Fortran 8x Explained, by Michael Metcalf and John Reid: 3 (2), 82 Martin, L. W. See Titus, Aaron P. Martin, Pablo See Fairén, Victor Martin, Richard F. Jr., George Skadron, and Robert D. Young Computers, Physics and the Undergraduate Experience: 5 (3), 302 Masatoshi, Kitaoka See Yoshiyuki, Usami Massaioli, Federico See Punzo, Giovanni Materials Science Online Database To Debut: 2 (5), 104 Matey, James R. General Principles for Application Computers in Experimental Physics: 7 (1), 12 Good Housekeeping Part 1: Remaining Sane in the Face of Inevitable Disasters: 8 (6), 642 Moore's Law and the PC Revolution: Actual and Anticipated Effects on Instrumentation and Measurement Science: 11 (2), 140 New Directions and Old: A Farewell to Computers in Physics: 12 (6), 547 PC Hardware Configuration Guide for DOS and Solaris, Ron Ledesma: 9 (3), 287 Book review: Physics Experiments Using PCs, edited by H. M. Staudenmaier: 8 (2), 177 PVM--Parallel Virtual Machine: A Users' Guide and Tutorial for Networked Parallel Computing: 9 (6), 607 See Forrest, Gary, and Jones, Eric D. See Newrock, Richard See Paavola, Stephen Software Designs and Architectures, Part I: Introduction and User Input/Output: 10 (3), 233 Software Designs and Architectures, Part II: Representing Observations: UVR Mark 11: the History of an Automated Instrument: 7 (5), 498 Book review: Visual Explanations: Images and Quantities, Evidence and Narrative, by Edward R. Tufte: 12 (2), 146 A World Without Barriers: Editor's Report from NIWeek '97: 11 (6), Matey, James and M. J. Lauterbach How to Control Errors in Analog-to-Digital Conversion: 7 (4), 408 Matey, James and Phillip Stein Catching the Right Bus 1: an Overview of Architectures for Instrument Systems: 7 (2), 130 Mathes, Leslie E. Where To Buy Computer-Controlled Instrumentation For PC and Mac: 2 (2), 75 Where To Buy Electricity and Magnetism Education Software: 2 (6), 89 Where To Buy High Resolution Color Monitors: 2 (5), 91 Where To Buy Mathematical Libraries: 2 (4), 83 Where To Buy Scientific Software For The Macintosh: 2 (1), 75 Where To Buy Statistical Analysis Software Packages: 2 (3), 79 Product Roundup: Technical Word Processing: 1 (1), 81 Matheson, Mike A. See Johnson, Christoper R. Mathews, Kirk A. TK Solver 3.0 Organizes and Solves Physics Problems: 11 (2), 181 Matzner, Richard A. Interaction of U (1) cosmic strings: Numerical intercommutation: 2 (5), 51 Max, Claire E. Computer Simulation of Astrophysical Plasmas: 5 (2), 152 Mazel, David S. Book review: Introduction to Applied Nonlinear Dynamical Systems and Chaos, by Stephen Wiggins: 4 (5), 563 Mazur, Eric Can We Teach Computers to Teach?: 5 (1), 31 McAulay, Alastair D. Researchers Look to Optics to Move Computer Technology Forward: 6 (6), 595 McCammon, J. Andrew See Briggs, James M. McClain, Marjorie, Albert Feldman, David Kahaner, and Xuantong Ying An algorithm and computer program for the calculation of envelope curves: 5 (1), 45 McClellan, James H. See Winograd, Joseph M. McKay, Susan R. Book review: Biology and Computation: A Physicist's Choice, ed. by H. Gutfreund and G. Toulouse: 9 (1), 54 Book review: Computational Ocean Acoustics, by F. B. Jensen, W. A. Kuperman, M. B. Porter, and H. Schmidt: 9 (1), 55 Book review: Dynamics of Complex Systems (Studies in Nonlinearity), by Yaneer Bar-Yam: 12 (4), 335 Book review: Machines That Learn: Based on the Principles of Empirical Control, by Robert Alan Brown: 9 (1), 55 Book review: New Methods for Modelling Processes within Solids and at Their Surfaces, ed. by C. R. A. Catlow, A. M. Stonehas, and Sir John Meurig Thomas: 9 (1), 54 Book review: Numerical Methods and Scientific Computing: Using Software Libraries for Problem Solving, by Norbert Kockler: 9 (1), 54 Book review: Oceanography and Acoustics: Prediction and Propagation Models, ed. by Allan R. Robinson and Ding Lee: 9 (1), 56 Book review: Quattro Pro for Scientific and Engineering Spreadsheets, by Robert G. Parks: 7 (6), 624 Book review: The Art of Modeling Dynamic Systems: Forecasting for Chaos, Randomness, and Determinism, by Foster Morrison: 6 (4), 424 Book review: The Monte Carlo Method in Condensed Matter Physics: Second, Corrected and Updated Edition, ed. by K. Binder: 11 (2), 166 McKinney, Scott See Forrest, Gary McKinstry, David M. 3-D Amiga Images For The Physics Classroom: 2 (5), 44 McLaughlin, Keith L. and Steven M. Day 3D Elastic Finite-Difference Seismic-Wave Simulations: 8 (6), 656 McRae, Gregory, and Armistead G. Russell Smog, Supercomputers, and Society: 4 (3), 227 Mefford, T. See Landau, R. H. Meisel, L.V., and P. J. Cote Exponents in lifetime and power spectral density forms in self-organized critical systems: A Mathematica application: 7 (6) 710 Meisel, L.V. See Johnson, M. A. Mel'cuk, Andrew I., Roscoe Giles, and Harvey Gould Molecular dynamics simulation of liquids on the Connection Machine: 5 (3), 311 Melendez, W., and C. J. Horowitz Semiclassical quark model of the nuclear matter response: 9 (4), 450 Melhem, Rami See Sigurdsson, Steinn. Melott, Adrian L. See Farrar, Kelly A. Mentele, James W. See Roy, S. Merazzi, Silvio See Gerteisen, Edgar. Meredith, Dawn C. Book review: An Introduction to Computer Simulation Methods, 2nd Edition, by Harvey Gould and Jan Tobochnik: 10 (4), 349 Meredith, Roger W. Numeric precision in FORTRAN computing: 6 (5), 506 Messina, Paul High-Performance Computers: The Next Generation (Part I): 11 (5), 4