MARTINDALE'S THE "VIRTUAL" ~ PHYSICS CENTER LOW TEMPERATURE TO THEORETICAL PHYSICS COURSES, DATABASES, MOVIES

---

US/Pacific: Sunday, October 24, 2004 Sydney, Australia: Monday, October 25, 2004 File Download Time Calculator Author, E-Mail, Privacy Policy & Disclaimer

---

Low Temperature Physics

Applets & Calculators SEE ASTROPHYSICS & PHYSICS CALCULATORS AND/OR THE MATHEMATICS CALCULATORS SOME EXAMPLES INCLUDE GAMMA ONLINE PROGRAMS - S.A. Smith, Nuclear Magnetic Resonance Program, The National High Magnetic Filed Laboratory (NHMFL), Florida State University VERY VERY EXTENSIVE. "GAMMA is a C++ library expressly for simulation of Magnetic Resonance experiments..." For more information see Nuclear Magnetic Resonance Program Resources; Nuclear Magnetic Resonance Program; Center for Interdisciplinary Magnetic Resonance (CIMAR) or the National High Magnetic Filed Laboratory HELIUM 3 CALCULATOR (JAVA APPLET) - T. Haard, Low Temperature Laboratory, Department of Physics and Astronomy, Northwestern University, Evanston, IL For more information see Low Temperature Lab ONLINE LIQUID NNR - S.A. Smith, GAMMA, The National High Magnetic Filed Laboratory, Florida State University "A general approach to Magnetic Resonance Mathematical Analysis." For more information see Online Programs or GAMMA Home Page Courses & Tutorials SUPERFLUID 3HE WEAK LINK PHYSICS - J.C. Davis, Department of Physics, Cornell University Multimedia Tutorials (Text & Images). For more information see J.C. Davis Group Home Page

Mathematical &
Computational Physics

Applets & Calculators SEE ASTROPHYSICS & PHYSICS CALCULATORS; STATISTICAL CALCULATORS AND/OR MATHEMATICS CALCULATORS Courses & Tutorials Advanced Calculus ADVANCED CALCULUS - Peter Dunsby, Department of Mathematics and Applied Mathematics, University of Cape Town, South Africa Multimedia Course (Text & Images). For more information see Online Courses or the Department of Mathematics and Applied Mathematics Introduction to Mathematical Physics INTRODUCTION TO MATHEMATICAL PHYSICS: PHYSICS 312 - B. Bergersen, Department of Physics & Astronomy, University of British Columbia, Vancouver, B.C., Canada Multimedia Course/Tutorials (Text & Images). For more information see Department of Physics & Astronomy Tutorial examples include Chapter 1: Partial differential equations in the physical sciences Chapter 4: Boundary value problems for ordinary differential equations Chapter 8: The LRC Circuit Abstract Algebra, Group Theory, Rings ABSTRACT ALGEBRA ONLINE - J.A. Beachy, Department of Mathematical Sciences, Nothern Illinois University Multimedia Course (Text & Images). "...intended for undergraduate students taking an abstract algebra class at the junior/senior level, as well as for students taking their first graduate algebra course. " For more information see Abstract Algebra Home Page or John A. Beachy's Home Page ATLAS OF FINITE GROUP REPRESENTATONS - R. Wilson, P. Walsh, J. Tripp, I. Suleiman, S. Rogers, R. Parker, S. Norton, S. Linton and J. Bray, School of Mathematics & Statistics, University of Birmingham, U.K. Multimedia Atlas (Text & Images). For more information see Atlas Home Page or the School of Mathematics & Statistics Applied Finite Math & Calculus APPLIED FINITE MATH AND CALCULUS - S. Waner & S. Costenoble, Hofstra University Multimedia Courses/Textbooks (Text & Image). For more information see Online Utilities & Software - Calculators; Finite Mathematics & Applied Calculus Resource Page; Steven R. Costenoble's Home Page; Department of Mathematics or Hofstra University Chaos CHAOS ON THE WEB: PHYSICS 161: INTRODUCTION TO CHAOS- M. Cross, Condensed Matter Physics Group, Division of Physics, Mathematics and Astronomy, California Institute of Technology (Caltech) VERY VERY EXTENSIVE. Multimedia Course with Java Applet Demonstrations. For more information see Chaos on the Web Home Page; Michael Cross's Home Page; Condensed Matter Physics Group or the Division of Physics, Mathematics and Astronomy Some examples from over "50" Applets inlclude Chapter 1: The Lorenz Model - Demonstrations Chapter 5: 2-Dimensional Maps - Demonstrations Chapter 7: Lyapunov Exponents - Demonstrations Chapter 14: Bifurcations in the Quadratic Map - Demonstrations Chapter 19: 1D Circle Map - Demonstrations Chapter 21: Ruelle and Takens Theorem - Demonstrations PATTERN FORMATION IN NONEQUILIBRIUM SYSTEMS: PHYSICS 161B- M. Cross, Condensed Matter Physics Group, Division of Physics, Mathematics and Astronomy, California Institute of Technology (Caltech) VERY EXTENSIVE. Java Applet Demonstrations. For more information see Chaos on the Web Home Page; Michael Cross's Home Page; Condensed Matter Physics Group or the Division of Physics, Mathematics and Astronomy Some examples from over "15" Applets inlclude Swift-Hohenberg Equation - Hexagons Lifshitz-Petrich Equation - A Quasicrytal Pattern Swift-Hohenberg Equation - ZigZag Instability Computational Physics COMPUTATIONAL PHYSICS - R.H. Landau H. Kowallik, Department of Physics & Northwest Alliance to Computational Science & Engineering (NACSE) and M.J. Paez, Department of Physics, University of Antioquia, Medellin, Colombia Multimedia Course (Text & Images). For more information see Rubin H Landau's Home Page or the Department of Physics Differential Geometry INTRODUCTION TO DIFFERENTIAL GEOMETRY AND GENERAL RELATIVITY - S. Waner, Department of Mathematics, Hofstra University Multimedia Course/Lectures (Text & Images). For more information see Online Utilities & Software - Calculators; Finite Mathematics & Applied Calculus Resource Page; Steven R. Costenoble's Home Page; Department of Mathematics or Hofstra University Fourier FOURIER AND THE FREQUENCY - Signal Processing Division, EEE Department, Strathclyde University, Glasgow, Scotland Multimedia Tutorial (Text & Images). "This package is a Tutorial program designed to take you through the various stages of the Fourier Transform, and it's applications in the field of Digital Signal Processing (DSP). For more information see Signal Processing Division FOURIER SYNTHESIS (JAVA APPLET) - Yves Moreau & J. Porque, Centre d'Electronique et de Micro-Optoélectronique de Montpellier, CNRS & the Universite des Sciences Montpellier, Montpellier, France VERY EXTENSIVE. "...choose a saturated cosine, a square signal, a rectified cosine or triangle signal (choose curve on top line). Vary the frequency, the amplitude and phase and play it...Then click on add comp to let the computer generate the first component (cosine) of the fourier expansion..." For more information see Group photonique (Photonics Group) or the Centre d'Electronique et de Micro-Optoélectronique de Montpellier FOURIER SYNTHESIS - M. Thole, Institut für Netzwerktheorie und Schaltungstechnik, TU Braunschweig, Bundesrepublik Deutschland (Germany) "A periodic signal can be described by a Fourier decomposition as a Fourier series, i. e. as a sum of sinusoidal and cosinusoidal oscillations. By reversing this procedure a periodic signal can be generated by superimposing sinusoidal and cosinusoidal waves." For more information see Java Display Case or Manfred Thole's Home Page INTRODUCTION TO FOURIER THEORY - F.M. Hoffman, Department of Physics and Astronomy, University of Tennessee, Knoxville & the Oak Ridge National Laboratory Multimedia Tutorial (Text & Images). For more information see Forest M. Hoffman's Home Page - UT or Forest M. Hoffman's Home Page - ORNL Real Analysis INTERACTIVE REAL ANALYSIS & JAVA TOOLS (JAVA APPLETS) - B.G. Wachsmuth, Department of Mathematics and Computer Science, Seaton Hall University Multimedia Course + Applets (Text & Images). Includes: Calculators (Java Applets); Sets & Relations; Infinity and Induction; Sequences of Numbers; Series of Numbers; Topology; continuity and Differentiation; the Intergral; Sequences of Functions & Metric Spaces. For more information see Bert Wachsmuth's Web Wonders; Mathematics and Computer Science or Seaton Hall University Statistics ENGINEERING STATISTICS INTERNET HANDBOOK - J.J. Filliben (Group Leader), C. Croarkin & Paul Tobias (Technical Editors), Statistical Engineering Division, Information Technology Laboratory, National Institute of Standards and Technology (NIST) Multimedia Handbook (Text & Images). "The goal of this handbook is to help scientists and engineers to incorporate statistical methods in their work as efficiently as possible." For more information see NIST/SEMATECH Engineering Statistics Handbook Home Page; SED Projects; Statistical Engineering Division; Math, Statistics, and Computational Science; Information Technology Laboratory or National Institute of Standards and Technology (NIST) Tensors TENSORS & RELATIVITY - Peter Dunsby, Department of Mathematics and Applied Mathematics, University of Cape Town, South Africa Multimedia Course (Text & Images). For more information see Online Courses or the Department of Mathematics and Applied Mathematics Topology TOPOLOGY - Authors: S. McCluskey (University College Galway, Ireland) & B. McMaster (The Queen's University of Belfast, Northern Ireland) and hosted by York University, Toronto, Ontario, Canada Multimedia Course/Lecture (Text & Images). For more information see Topology Atlas Webcourse Examples from "5" Chapters include Chapter 1: Fundamental Concepts Chapter 3: Small Convergence EXHIBITION OF KNOTS - Designed by: R. Brown , N. Gilbert, & T. Porter; W.W.W. Production by: C. Quinton, School of Mathematics, University of Wales, Bangor Multimedia Course (Text & Images). For more information see An Exhibition Presented by the School of Mathematics

Medical Physics & Radiology

Courses & Tutorials FOR COURSES & TUTORIALS SEE THE MEDICAL CENTER AND/OR THE RADIOLOGY CENTER SOME EXAMPLES INCLUDE IVB MEDICAL PHYSICS LECTURE SERIES (REALPLAYER) - American Association of Physicists in Medicine Multimedia Lectures/Cases - CME Credit Available (Text, Images, Sound & Video). For more information see American Association of Physicists in Medicine THE BASICS OF MRI - J.P. Hornak, Chester F. Carlson Center for Imaging Science, Rochester Institute of Technology, Rochester, NY Multimedia (Text & Images). Frames & No-Frames Versions. For more information see Chester F. Carlson Center for Imaging Science Also available in Russian Chapter Examples from 'The Basics of MRI' include Chapter 2: The Mathematics of NMR Chapter 3: Spin Physics Chapter 12: Advanced Imaging Techniques LET'S PLAY PET (On-line version of the Let's Play PET CD-ROM) - Crump Institute for Biological Imaging, UCLA School of Medicine Multimedia Tutorials (Text & Images). Includes: Main Menu; Radioisotope Production (Production and Radioisotopes, PET Tracers: Structure and Function); Nuclear Physics and Tomography; Principles of Tracer Modeling; Clinical PET: Cardiology; Clinical PET: Neurology and Clinical PET: Oncology. For more information see LET'S PLAY PET Home Page; Software or the Crump Institute for Biological Imaging Also available is Let's Play PET, Shockwave Version NUCLEAR MEDICINE MEDIABOOK - Crump Institute for Biological Imaging, UCLA School of Medicine Multimedia Tutorials/Textbook/Cases (Text & Images). Includes: Protocols, Figures, Cases & Tracers. For more information see Nuclear Medicine Home Page; Web Tools or the Crump Institute for Biological Imaging

Nuclear Physics

Glossary GLOSSARY OF NUCLEAR SCIENCE TERMS - The Berkeley Laboratory Isotopes Project's, Ernest O. Lawrence Berkeley National Laboratory (LBNL) Multimedia Tutorials (Text, Images & Animations.) "How is this glossary different from other nuclear science glossaries? First, we focus on radioactive decay. Then, we have created animated images t o illustrate nuclear decay. Our animations are accurate enough to display conservation of charge, momentum, mass and energy..." For more information see The Berkeley Laboratory Isotopes Project's or Ernest O. Lawrence Berkeley National Laboratory (LBNL) Applets & Calculators SEE ASTROPHYSICS & PHYSICS CALCULATORS AND/OR THE MATHEMATICS CALCULATORS Courses & Textbooks NUCLEAR ENERGY TUTORIALS - Department of Nuclear Engineering, University of California, Berkeley Multimedia Tutorial (Text and Images). For more information see the Department of Nuclear Engineering Some examples include Advanced Boiling Water Reactors (ABWR) Accelerator Transmutation of Waste System Integral Fast Reactor (IFR) INSC MATERIAL PROPERTIES DATABASE - International Nuclear Safety Center, Argonne National Laboratory (ANL) and the U.S. Department of Energy "Material properties that are to be included in the database are intended to meet the needs of analysts using computer codes and doing experiments for safety evaluation of the world's commercial nuclear reactors." For more information see International Nuclear Safety Center Examples from the Database include Thermodynamic Properties Transport Properties

Physics of Music

Courses & Tutorials MUSIC ACOUSTICS - J. Wolfe, Music Acoustics Group, Department of Environmental and Applied Physics, School of Physics, University of New South Wales, Sydney, Australia Multimedia Interactive Tutorials (Text, Images, Animations & Sound). VERY VERY EXTENSIVE. For more information see Joe Wolfe's Music Home Page; Joe Wolfe's Home Page or the School of Physics Some examples from over "80" Tutorials include What is a Sound Spectrum? Vocal Tract Acoustics An Interactive Introduction to the Orchestra Flute Acoustics

Physics of Ultrafast Phenomena

Courses & Tutorials TIME & FREQUENCY STANDARDS & RESEARCH - Time and Frequency Division 847, Physics Laboratory, NIST Multimedia Tutorials & Databases (Text & Images). Research includes: Optical frequency measurements (Compact atomic clocks; Diode laser technology; Femtosecond-laser-based clockworks; Calcium optical frequency standards; Optical frequency chains, etc..); Ion Storage (Ion frequency standards; Penning traps and non-neutral plasmas & Quantum logic and coherent control); etc. ZEPTOSECOND (10 -21 SECONDS) METROLOGY LASETRON: A PROPOSED SOURCE OF POWERFUL NUCLEAR-TIME-SCALE ELECTROMAGNETIC BURSTS - A. E. Kaplan & P. L. Shkolnikov, Physical Review Letters, 88, 074801, (2002) "Electromagnetic bursts of substantial energy on a nuclear time scale of 10 -21 - 10 -22 s [zeptosecond (zs) to sub-zs] can theoretically be generated by a perawatt or multiterawatt laser beam..." Alexander E. Kaplan's Home Page ATTOSECOND (10 -18 SECONDS) METROLOGY THE FASTEST STOPWATCH IN THE WORLD (ORIGINAL PAPER: ATOMIC TRANSIENT RECORDER, NATURE 427, 26 FEBRUARY 2004) - Ferenc Krausz, et al., Laboratory of Attosecond and High-Field Physics, Max Planck Institute of Quantum Optics, Max Planck Institute, Germany and the Institute for Photonics, Vienna University of Technology, Austria; and published by the Max Planck Society, Press Release, Max Planck Institute Multimedia Tutorials & Publications (Text & Images). "... capable of measuring the duration of atomic processes with an accuracy of less than 100 attoseconds..." For more information see the Institute for Photonics; Ferenc Krausz, Laboratory of Attosecond and High-Field Physics or the Max Planck Institute of Quantum Optics ATTOSECOND PULSE GENERATION AND DETECTION - MPQ Laser Plasma Group, Max-Planck-Institut für Quantenoptik, Germany Multimedia Tutorials & Publications (Text & Images). For more information see Research or the MPQ Laser Plasma Group ATTOSECOND METROLOGY AND SPECTROSCOPY - F. Krausz, T. Brabec, M. Hentschel, R. Kienberger, N. Milosevic, G. Reider, C. Spielmann, M. Uiberacker, Photonics Institute, Technical University of Vienna, Austria Click on Research - "...first ever isolated attosecond pulses..." For more information see the Institute for Photonics TIME-RESOLVED PHOTOELECTRON SPECTROSCOPY USING ULTRASHORT EUV PULSES - U. Heinzmann, Molekül-und Oberflächenphysik, Fakultät für Physik, Universität Bielefeld, Germany For more information see Molekül-und Oberflächenphysik FEMTOSECOND (10 -15 SECONDS) METROLOGY FEMTOSECOND METROLOGY - Femtosecond Research Centre (FRC), Department of Physics and Applied Physics, University of Strathclyde, Glasgow, U.K. Multimedia Tutorials (Text & Images). Click on Research. Currently includes: Ultrafast electron-transfer in TCNE-pyrne; The role of coherence in chemical reactions and much more.

Plasma Physics

On-Line Experiments ALCATOR C-MOD ONLINE (INCLUDES MANY JAVA APPLETS) - Plasma Science & Fusion Center, MIT Multimedia Tutorials (Text, Images, Movies & Live Interactivity). "The Alcator C-Mod experiment and its predecessors, Alcator C and Alcator A, belong to a class of devices called tokamaks, which use magnets to confine the plasma in a donut shape, called a torus. " For more information see Alcator C-Mod Home Page Glossary PLASMA DICTIONARY - D. Correll & R. Heeter, Lawrence Livermore National Laboratory (LLNL) For more information see Lawrence Livermore National Laboratory (LLNL) Tutorials LAPD PLASMA PHYSICS LAB - W. Gekelman, LAPD Plasma Physics Lab., Plasma Science and Technology Institute, Department of Physics & Astronomy, UCLA Multimedia Tutorials (Text & Images). For more informtation see the Department of Physics & Astronomy IPPEX SCIENCE MODULES - Internet Plasma Physics Education Experience, Princeton Plasma Physics Lab, Princeton University Multimedia Tutorials using Shockwave. Examples of Tutorials, Shockwave Tutorials & Java Applets include Interactive Physics Operate Your Own Tokamak Reactor Applets & Calculators SEE ASTROPHYSICS & PHYSICS CALCULATORS AND/OR THE MATHEMATICS CALCULATORS SOME EXAMPLES INCLUDE NGS - NEUTRAL GAS SHIELDING PELLET ABLATION CODE (JAVA APLET) - L.R. Baylor, Plasma Fueling Group, Oak Ridge National Laboratory VERY VERY EXTENSIVE. For more information see Plasma Fueling Group, Oak Ridge National Laboratory PELLET CALCULATOR FOR FUSION FUELING (JAVA APLET) - L.R. Baylor, Plasma Fueling Group, Oak Ridge National Laboratory VERY EXTENSIVE. For more information see Plasma Fueling Group, Oak Ridge National Laboratory QUICKGUN - 2 STAGE LIGHT GAS GUN CODE (JAVA APLET) - L.R. Baylor, Plasma Fueling Group, Oak Ridge National Laboratory VERY VERY EXTENSIVE. For more information see Plasma Fueling Group, Oak Ridge National Laboratory

Quantum Physics

Applets & Calculators SEE ASTROPHYSICS & PHYSICS CALCULATORS AND/OR THE MATHEMATICS CALCULATORS SOME EXAMPLES INCLUDE TWO-PHOTON QUNATUM INTERFERENCE CALCULATOR (JAVA APPLET) - N.Ph. Georgiades, E.S. Polzik & H.J. Kimble, Quantum Optics Group, Norman Bridge Laboratory of Physics, California Institute of Technology, (CIT) "Here, we present an interactive "Quantum Interference Calculator" which allows the user to change several parameters of the problem and calculate characteristics of the resulting Quantum Interference." For more information see Quantum Interference and Frequency Metrology or the Quantum Optics Group METROLOGY WITH QUANTUM INTERFERENCE (JAVA APPLET) - N.Ph. Georgiades, E.S. Polzik & H.J. Kimble, Quantum Optics Group, Norman Bridge Laboratory of Physics, California Institute of Technology, (CIT) VERY VERY EXTENSIVE. "Quantum interference in the rate of two-photon excitation of the 6S1/2 -->6P3/2 -->6D5/2 transition in atomic cesium is exploited to demonstrate phase-sensitive frequency demodulation for an optical interval of +/- 12.5 THz." For more information see Quantum Interference and Frequency Metrology or the Quantum Optics Group Courses & Tutorials AN INTRODUCTION TO QUANTUM MECHANICS (CHIME & SHOCKWAVE) - N. McDonald, M. Kitagawa-DeLeon, A. Timasheva, H. Hanlin, Z. Lilas, & S.J. Singer, Department of Chemistry, Ohio State University Multimedia Tutorials (Text & Images). For more information see BETHA Chemistry Tutorials or the Department of Chemistry QUANTUM MECHANICS I - Department of Physics & Astronomy, University of Tennessee For more information see Physics 521, Quantum Mechanics; Physics Education or the Department of Physics & Astronomy QUANTUM MECHANICS II - Department of Physics & Astronomy, University of Tennessee For more information see Physics 522, Quantum Mechanics; Physics Education or the Department of Physics & Astronomy QUANTUM MECHANICS ON-LINE INTERACTIVE PROGRAMS (SHOCKWAVE) - D. Zollman, W. Axmann, B. Grabhorn, C. Regehr & P. Donovan, Department of Physics, Kansas State University VERY EXTENSIVE. Multimedia Interactive Tutorials. For more information see Visual Quantum Mechanics Some examples include Quantum Tunneling Energy Band Creator Wave Packet Explorer

Sports Physics

Courses & Tutorials AUTO RACING PHYSICS OF RACING - Articles written by B. Beckman and Converted to HTML by R. Keller Multimedia Textbook & Tutorials (Text & Images). Currently Includes: Weight Transfer; Keeping Your Tires Stuck to the Ground; Basic Calculations; There Is No Such Thing as Centrifugal Force; Introduction to the Racing Line; Speed and Horsepower; The Traction Budget; Simulating Car Dynamics with a Computer Program; Straights; Grip Angle; Braking; CyberCar, Every Racer's DWIM Car?, and much more. For more information see Robert Keller's Home Page THE PHYSICS OF MOTORSPORT - R.G. Brower, Department of Physics, University of Durham, U.K. Multimedia Course (Text & Images). "This lecture course is not intended to encourage you to take part in Motorsport or drive illegally or dangerously. The ideas presented in this course are simple approximation of a truly complicated system." For more information see Physics of Motorsport Homepage or Richard Bower's Home Page BASEBALL BASEBALL PITCH SIMULATION (JAVA APPLET) - M. van Rooij & H. Higuchi, Department of Mechanical, Aerospace and Manufacturing Engineering (MAME), L.C. Smith College of Engineering and Computer Science, Syracuse University For more information see Baseball; Sports Aerodynamics; Fluid Dynamics Calculators; Fluid Dynamics Home Page; Hiroshi Higuchi's Home Page or the Department of Mechanical, Aerospace and Manufacturing Engineering (MAME) HOW DOES THE SPINNIG OF THE BALL AFFECT THE FLOW? (JAVA APPLETS) - M. van Rooij & H. Higuchi, Department of Mechanical, Aerospace and Manufacturing Engineering (MAME), L.C. Smith College of Engineering and Computer Science, Syracuse University For more information see Sports Aerodynamics; Fluid Dynamics Calculators; Fluid Dynamics Home Page; Hiroshi Higuchi's Home Page or the Department of Mechanical, Aerospace and Manufacturing Engineering (MAME) FOOTBALL FOOTBALL PHYSICS (QUICKTIME) - T.J. Gay, Department of Physics & Astronomy, University of Nebraska Multimedia Course/Tutorials (Text, Images, Video & Sound). VERY VERY EXTENSIVE. Includes: "Inertia, Vectors, Impulse, Atoms and Photons, Quickness, Speed, Power and Strength, Momentum, Kinematics, Punting, Advanced Momentum, Symmetry, Speed of Sound, Distribution of Force, Newton's 2nd & 3rd Law, Energy Consumption, Turf Physics, Tackling, Air Resistance" and much much more. For more information see The Gay Group Home Page or the Department of Physics & Astronomy GOLF GOLF BALL TRAJECTORY SIMULATION (JAVA APPLET) - M. van Rooij & H. Higuchi, Department of Mechanical, Aerospace and Manufacturing Engineering (MAME), L.C. Smith College of Engineering and Computer Science, Syracuse University For more information see Golf Ball; Sports Aerodynamics; Fluid Dynamics Calculators; Fluid Dynamics Home Page; Hiroshi Higuchi's Home Page or the Department of Mechanical, Aerospace and Manufacturing Engineering (MAME) ROWING PHYSICS OF ROWING - A. Dudhia, Atmospheric, Oceanic and Planetary Physics, University of Oxford, U.K. Multimedia Tutorials (Text & Images). Includes: Basics (Propulsion, Resistance etc.,); Influence of Weight; and Influence of Stream. For more information see Atmospheric, Oceanic and Planetary Physics, University of Oxford, U.K.

Theoretical Physics & Phenomenology

Courses & Tutorials COLLISION PROCESSES IN ONE DIMENSION: CyberTextBook Project - R.J. Price, Department of Physics and Physical Science, University of Nebraska at Kearney Multimedia Teaching Module (Text and Images) Includes: A Collisoin with: (e=0), (e=1) and (e=0.5). For more information see Department of Physics and Physical Science, University of Nebraska at Kearney THE SECOND SUPERSTRING REVOLUTION - J.H. Schwarz, Caltech Particle Theory Group, Caltech Multimedia Tutorial (Text & Images). For more information see John Schwarz's Home Page TIME TRAVEL IN FLATLAND (Light Cone and the Hawking-Penrose Theorems) - Patricia Schwarz, Caltech Particle Theory Group, Caltech Multimedia Tutorial (Text & Images). Includes: Gravity in Flatland?; How does light travel in Flatland?; Time Travel in Flatland. For more information see Theoretical Physics Fun or Patricia Schwarz, Caltech Particle Theory Group, Caltech Other Tutorials include Solving Einstein's Equation in Three Dimension

Physics Center ~ Home Page

---

E-Mail Jim Martindale
Copyright © 1994-2004, All Rights Reserved, Jim Martindale

---