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| For Students: These videotapes can be checked out using your student
ID, free of charge, at the front desk at both MSLC's offices on the Busch
Campus (ARC Building, 618 Allison Rd., 3rd floor, Piscataway) and the Douglass
Campus (Chemistry Building, 50 Bishop St., 3rd. floor, New Brunswick). They can
be viewed ONLY in the Classrooms and Video Rooms at the MSLC with available
VCRs and TVs. Because our Video Rooms holds up to 4-5 students, we welcome
groups. At the end of viewing, please rewind the videotape and return it to the Front
Desk.
Unfortunately you cannot take the videos home/dorm for viewing. |
| For Faculty and Staff: If you have other interesting videotapes and they can be use in connection with your course, we will be glad to add them to our collection and make them available for students. |
|
PHYS 1000 |
P.A.M. Dirac’s
lecture at The State University of New York at Stony Brook (1966) PBS - NOVA (BBC Production, 1985); Professor's Hawking Universe |
30 min 50 min |
| PHYS 1001 | PBS-NOVA (1991); Einstein - How I See The World | 60 min |
| PHYS 1002 |
PBS-NOVA (1985); The Creation of the Universe (part I and II) |
1h 30 min |
| PHYS 1003 |
PBS-NOVA (1985); Birth of the bomb - "Manhattan Project" |
50 min |
| PHYS 1004 |
PBS-NOVA (1980); A portrait of Edward Teller (the father of the hydrogen bomb) |
58 min |
| PHYS 1005 |
PBS-NOVA (1991); Chernobyl - February 4th, 1989 |
57 min |
| PHYS 1006 |
PBS-NOVA (1986); Visions of "Star Wars" - Strategic Defense Initiative |
1h 57 min |
| PHYS 1007 | PBS-NOVA (1990); Race for the "top" quark | 57 min |
| PHYS 1008 | PBS-NOVA (1989); The strange new science of "Chaos" | 58 min |
| PHYS 1009 | PBS-NOVA
(1986); Halley's Comet - Once in a lifetime
ABC NEWS (1986); Halley's Comet - Vega Spacecraft Rendezvous |
55 min
44 min |
| PHYS 1010 | PBS - The Astronomers (1991); Where is the rest of the Universe? | 60 min |
| PHYS 1011 | PBS - The Astronomers (1991); Searching for Black Holes | 60 min |
| PHYS 1012 | PBS - The Astronomers (1991); A Window of Creation | 60 min |
| PHYS 1013 | PBS - The Astronomers (1991); Waves of the Future | 60 min |
| PHYS 1014 | PBS - The Astronomers (1991); Stardust | 60 min |
| PHYS 1015 | PBS - The Astronomers (1991); Prospecting for Planets | 60 min |
| PHYS 1100 | UNIVERSE
Our SUN - The Star |
30 min
30 min |
| PHYS 1101 | MERCURY -
Exploration of a Planet
The veil of VENUS |
30 min
30 min |
| PHYS 1102 | EARTH -
The Planet
The MOON and us |
30 min
30 min |
| PHYS 1103 | MARS -
The fourth Planet
Life on MARS ? |
30 min
30 min |
| PHYS 1104 | JUPITER -
a clearer picture
Voyager 2 / SATURN Encounter |
30 min
30 min |
| PHYS 1105 | URANUS,
NEPTUNE, PLUTO and beyond
NASA's Search for Extraterrestrial Intelligence (SETI) |
30 min
30 min |
| PHYS 1106 | Voyager /
URANUS Encounter, part I
Voyager / URANUS Encounter, part II |
30 min
30 min |
| PHYS 1107 | The Hubble Space Telescope | 55 min |
|
PHYS 1200 |
Time Dilatation: An experiment with m-mesons, MIT (1967) Powers of 10. A film dealing with the relative size of things in the Universe and the effect of adding another zero. Made by the office of Charles and Ray Eames, for IBM (1977) |
37 min
10 min |
|
PHYS 1201 |
Superconductive Technologies Inc. (1988), Superconductors:
Lecture/Demonstration, Kits and Experiments
Watchung Hills Regional High School (1989), Preparation of the Yttrium-Barium-Copper-Oxide Superconductor, narrated by Ted Latham |
16 min
18 min |
|
PHYS 1202 |
Unfolding the Pyramids' secrets using Modern Physics: cosmic rays, underground radar, sonar and metal detection, micro-gravitometer. A film made by the TESLA Foundation, Princeton, NJ in 1988. |
45 min |
| The American Association of Physics Teachers
(AAPT), 1988 |
| PHYS 1203 | Toys in
Space
The Tacoma Narrows Bridge Collapse |
56 min
8 min |
| PHYS 1204 | Skylab
(no audio)
Physics: it's also me Physics for "Phun" |
25 min
13 min 30 min |
|
PHYS 1300 |
Time Dilatation: An experiment with m-mesons, MIT (1967) Powers of 10. A film dealing with the relative size of things in the Universe and the effect of adding another zero. Made by the office of Charles and Ray Eames, for IBM (1977) |
37 min
10 min |
| PHYS 1301 | The Apple and the Moon
Moving in Circles |
30 min
30 min |
| PHYS 1302 |
Conservation Laws of Mechanics (1983)
Horton Another Surprise in Mechanics (1998) |
|
PHYS 2000 |
Physics on Roller-blades, an experiment presented by Eugenia Etkina (Graduate School of Education) and David Maiullo (Department of Physics and Astronomy), from Rutgers University. Magdeburg Hemispheres (Experiment made at Boston Museum of Science) |
13 min
7 min |
|
PHYS 2001 |
PHYSICS SHOW at Rutgers University (October 1990), presented by Dr. Richard E. Berg from University of Maryland |
1h 46 min |
| Advanced General Physics 323 - 324, a series of lectures presented by prof. Mohan Kalelkar from Rutgers University, Department of Physics and Astronomy. |
|
PHYS 2002 |
Unit CM-1: Work and Energy | 1h 20 min |
| PHYS 2003 | Unit CM-2: Angular Momentum (presented by prof. Conway) | 54 min |
| PHYS 2004 | Unit QM-1: Photons | 50 min |
| PHYS 2005 A/ 2005 B | Unit QM-2:
Matter Waves
Unit QM-3: Quantum Operators |
29 min
39 min |
| "Children's Physics Demonstration Lecture", presented by Prof. Mark Croft and David Maiullo, from Rutgers University, Department of Physics and Astronomy. |
|
PHYS 2006 |
First Annual, December 1998 | 1h 23 min |
| PHYS 2007 | Second Annual, December 1999 | 1h 47 min |
| PHYS 2008 | Third Annual, March 31st, 2001 (rescheduled from December 2000) | 1h 32 min |
| Prof. George Horton's lectures. Rutgers University, Department of Physics and Astronomy |
|
PHYS 2100 |
Conservation Laws of Mechanics (1983, with Roger
Cowley)
Another Surprise in Mechanics (1998, with Brian Holton) |
16 min
22 min |
| PHYS 2101 | Lecture on Gravitation | 1h 3 min |
| PHYS 2102 | Lecture on Ampere's Law | 1h 50 min |
| PHYS 2103 | Lecture on Optics | 1h 35 min |
| PHYS 2104 | Lecture on Capacitance | 1h 25 min |
| PHYS 2105 | Lecture on AC Circuits | 1h 31 min |
| "PHYSICS LEARNING WITH PHYSICS VIDEOS" (1990) a series of 42 lectures and experiments presented by Prof. George Horton and Edward Kemly from Rutgers University, Department of Physics and Astronomy. The textbook used: "Physics: Classics and Modern" by W. Edward Gettys, Frederick J. Keller and Malcom J. Skove |
|
PHYS 2106 |
Vectors | |
| PHYS 2107 | Motion in One Dimension | |
| PHYS 2108 | Motion in Two Dimensions | |
| PHYS 2109 | Newton's Laws of Motion | |
| PHYS 2110 | Application of Newton's Laws of Motion | |
| PHYS 2111 | Newton’s Law of Universal Gravitation | |
| PHYS 2112 | Work and Energy | |
| PHYS 2113 | Conservation of Energy | |
| PHYS 2114 | Momentum and the Motion of Systems | |
| PHYS 2115 | Static Equilibrium of a Rigid Body | |
| PHYS 2116 | Rotation I | |
| PHYS 2117 | Rotation II | |
| PHYS 2118 | Oscillations | |
| PHYS 2119 | Solids and Fluids | |
| PHYS 2120 | Temperature and Heat Transfer | |
| PHYS 2121 | The First Law of Thermodynamics | |
| PHYS 2122 | Kinetic Theory of Gases | |
| PHYS 2123 | The Laws of Thermodynamics | |
| PHYS 2124 | Coulomb’s Law and the Electric Field | |
| PHYS 2125 | Gauss’s Law | |
| PHYS 2126 | Electric Potential Energy and Potential | |
| PHYS 2127 | Capacitors, Electric Energy Storage, Insulators | |
| PHYS 2128 | Currents and Resistance | |
| PHYS 2129 | Energy and Current in DC units | |
| PHYS 2130 | The Magnetic Field | |
| PHYS 2131 | Sources of the Magnetic Field | |
| PHYS 2132 | Faraday’s Law | |
| PHYS 2133 | Inductance | |
| PHYS 2134 | Magnetic Field in Matter | |
| PHYS 2135 | Electromagnetic Oscillations and AC Circuits | |
| PHYS 2136 | Waves | |
| PHYS 2137 | Sound | |
| PHYS 2138 | Maxwell’s Equations and Electromagnetic Waves | |
| PHYS 2139 | Geometrical Optics | |
| PHYS 2140 | Interference and Diffraction | |
| PHYS 2141 | Diffraction and Polarization | |
| PHYS 2142 | Relativity | |
| PHYS 2143 | Quantization of Electromagnetic Radiation | |
| PHYS 2144 | Quantum Mechanics | |
| PHYS 2145 | The Hydrogen Atom and the Periodic Table | |
| PHYS 2146 | Electrons in Solids | |
| PHYS 2147 | The Atomic Nucleus |
| "Concepts in Physics", a series of 23 general lectures presented by Dr. Brian Holton from Rutgers University (Fall 1993 and Spring 1994). |
| PHYS 2200 | Math Concepts in Physics - Vectors | 1h 12 min |
| PHYS 2201 | One Dimensional Motion | 47 min |
| PHYS 2202 | Two Dimensional Motion | 1h 4 min |
| PHYS 2203 | Newton's Law | 57 min |
| PHYS 2204 | Uniform Circular Motion and Gravitation | 37 min |
| PHYS 2205 | Work and Energy | 1h 14 min |
| PHYS 2206 | Linear Momentum | 53 min |
| PHYS 2207 | Rotational Motion - part I and II | 1h 30 min |
| PHYS 2208 | Static Equilibrium | 49 min |
| PHYS 2209 | Fluids | 41 min |
| PHYS 2210 | Vibrations - Simple Harmonic Motion
Wave Motion |
33 min
38 min |
| PHYS 2211 | Thermal Physics I (Temperature and Heat, Kinetic Theory) | 40 min |
| PHYS 2212 | Thermal Physics II (Thermodynamics) | 1h 17 min |
| PHYS 2213 |
Electric Charges and Electric Field (presented by Prof. George Horton) Electric Charges and Electric Fields |
52 min
52 min |
| PHYS 2214 | Electric Potential Energy & Electric Potential | 38 min |
| PHYS 2215 | Electric Circuits | 38 min |
| PHYS 2216 | Magnetic Fields | 43 min |
| PHYS 2217 | Induction | 41 min |
| PHYS 2218 | AC Circuits | 30 min |
| PHYS 2219 | Light and Geometric Optics | 52 min |
| PHYS 2220 | Interference and Diffraction | 42 min |
| “The Richard Feynman’s Lectures” at Cornell University
(1965); General Topic:
The Character of Physical Law |
| PHYS 3000 | The Law of
Gravitation – an example of physical law |
54 min |
| PHYS 3001 | The relation of
Mathematics & Physics |
59 min |
| PHYS 3002 | Great
Conservation Principles |
58 min |
| PHYS 3003 | Symmetry in
Physical Law |
60 min |
| PHYS 3004 | The Distinction
of Past & Future |
52 min |
| PHYS 3005 | Probability
& Uncertainty–the quantum mechanical view of nature |
60 min |
| PHYS 3006 | Seeking new
Laws |
1h 7 min |
| Films for the Humanities and Sciences -
EXPERIMENT, Didsbury College of Education - Manchester,
1986 |
| PHYS 3007 |
The Determination of the Velocity of Light The Determination of the Velocity of Radio Waves Electron Diffraction |
15 min
15 min 15 min |
| PHYS 3008 |
Centripetal Acceleration Conservation of Energy |
22 min
22 min 20 min |
| PHYS 3009 |
Thin Film Brownian Motion – part 1 and 2 |
15 min
27 min |
| PHYS 3010 | Standing Waves. Part I: Transverse Standing Waves on a spring and Transverse Standing Waves on a rope; Part II: Longitudinal Standing Waves on a “slinky” and in a gas; Part III: Transversal Standing Waves on a metal rod; Part IV: Standing Waves in a Circular Structure; Part V: Standing Waves on a Thin Film | 1h 2 min
|
| PHYS 3011 | The
behavior of Dipoles. 1.Electric Dipole in uniform and non-uniform
electric field; 2.Magnetic
Dipole in uniform and non-uniform magnetic field; 3.Mass Dipole in uniform
and non-uniform gravitational field.
Microwave Diffraction |
54 min
19 min |
| Demonstrations in Acoustics, presented by Dr. Richard E Berg from University of Maryland, Department of Physics and Astronomy (1979) |
|
PHYS 3012 |
1.Frequency, Amplitude and Tone Quality; 2.Dumped and Driven Oscillations - Resonance; 3.Coupled Oscillations; 4.Glass Breaking with Sound Resonance; 5.Bell in Vacuum; 6.Speed of Sound; 7.Reflection from Concave Surfaces; 8.Refraction – Sound Lens; 9.Interference. |
56 min |
| PHYS 3013 | 10.Diffraction; 11.Doppler Effect; 12.Beats; 13.“Shiver Wave Machine” – Standing Waves; 14.Standing Sound Waves; 15.Reflection of Pulses; 16.The Overtone Series; 17.Standing Waves in a string. | 60 min |
| PHYS 3014 | 18. Mersenne’s Law; 19. Standing Waves in Air Columns; 20. Basic Trumpet Acoustic; 21. Chladni Plates; 22. Fourier Synthesis; 23. Fourier Analysis. | 57 min |
| PHYS 3015 | 24. Resonance Curves; 25. Modulation; 26. Musical Synthesizer Fundamentals; 27. Vocal Formants; 28. Audio Spectrograms; 29. Effect of Gas on Voice. | 58 min |
| The Wonders of Physics, a collection of 10 shows hosted by Prof. Clint Sprott from University of Wisconsin, Madison - Physics Department, between 1985 and 1993. |
|
PHYS 3100 |
The 1985 show (Classical Physics) | 60 min |
| PHYS 3101 | The 1986 show (Classical Physics) | 60 min |
| PHYS 3102 | The 1987 show (Classical Physics) | 60 min |
| PHYS 3103 | The April
1988 show (Motion, Heat, Electricity, Magnetism, Light)
The July 1988 show (Sound) |
60 min
30 min |
| PHYS 3104 | The April 1989 show | 60 min |
| PHYS 3105 | The April 1990 show (Chaos and Randomness) | 60 min |
| PHYS 3106 | The 1991 show (Modern Physics) | 60 min |
| PHYS 3107 | The 1992 show (Physics of Weather) | 60 min |
| PHYS 3108 | The 1993 show (Tenth Seasons Celebration) | 60 min |
| Conceptual Physics, a series of 11 lectures presented by Paul G. Hewitt from City College of San Francisco, CA. Addison-Wesley Publishing Co., 1987 |
|
PHYS 3109 |
Introduction
1. Newton's First Law 2. Newton's Third Law |
16 min
27 min 27 min |
| PHYS 3110 | 3. Waves
and Sound
4. Evaporation and Boiling 5. Condensation |
30 min
25 min 17 min |
| PHYS 3111 | 6.
Pressure
7. Atmospheric Pressure 8. Electrostatics |
16 min
27 min 29 min |
| PHYS 3112 | 9.
Polarized Light and 3D Viewing
10. Relativity, part 1 and 2 11. Nuclear Fusion |
31 min
29 min 27 min |
| "THE MECHANICAL UNIVERSE" (1985) a series of 52 movies, experiments and lectures presented by Prof. David Goodstein from California Institute of Technology (CALTECH), Pasadena. |
|
PHYS 3200 |
Introduction to the Mechanical Universe | 30 min |
| PHYS 3201 | The Law of Falling Bodies
Derivatives |
30 min
30 min |
| PHYS 3202 | Inertia
Vectors |
30 min
30 min |
| PHYS 3203 | Newton’s Laws
Integration |
30 min
30 min |
| PHYS 3204 | The Apple and the Moon
Moving in Circles |
30 min
30 min |
| PHYS 3205 | Fundamental Forces
Gravity, Electricity, Magnetism |
30 min
30 min |
| PHYS 3206 | The Millikan's Experiment
Conservation of Energy |
30 min
30 min |
| PHYS 3207 | Potential Energy
Conservation of Momentum |
30 min
30 min |
| PHYS 3208 | Harmonic Motion
Resonance |
30 min
30 min |
| PHYS 3209 | Waves
Angular Momentum |
30 min
30 min |
| PHYS 3210 | Torques and Gyroscopes
Kepler’s Three Laws |
30 min
30 min |
| PHYS 3211 | The Kepler Problem
Energy and Eccentricity |
30 min
30 min |
| PHYS 3212 | Navigating in Space
From Kepler to Einstein |
30 min
30 min |
| PHYS 3213 | Harmony of the Spheres
Beyond “The Mechanical Universe” |
30 min
30 min |
| PHYS 3214 | Static Electricity
The Electric Field |
30 min
30 min |
| PHYS 3215 | Potential and Capacitance
Voltage, Energy and Force |
30 min
30 min |
| PHYS 3216 | The Electric Battery
Electric Circuits |
30 min
30 min |
| PHYS 3217 | Magnetism
The Magnetic Field |
30 min
30 min |
| PHYS 3218 | Vector Field and Hydrodynamics
Electromagnetic Inductance |
30 min
30 min |
| PHYS 3219 | Alternating Currents
Maxwell’s Equations |
30 min
30 min |
| PHYS 3220 | Optics
The Michaelson-Morley Experiment |
30 min
30 min |
| PHYS 3221 | Lorentz Transformation
Velocity and Time |
30 min
30 min |
| PHYS 3222 | Energy, Momentum and Mass
Temperature and the Gas Law |
30 min
30 min |
| PHYS 3223 | Engine of Nature
Entropy |
30 min
30 min |
| PHYS 3224 | Low Temperature
Atoms |
30 min
30 min |
| PHYS 3225 | Particles and Waves
Atoms to Quarks |
30 min
30 min |
| PHYS 3226 | The Quantum Mechanical Universe | 30 min |