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The Resource Understanding the quantum world, Erica W. Carlson

Understanding the quantum world, Erica W. Carlson

Label
Understanding the quantum world
Title
Understanding the quantum world
Statement of responsibility
Erica W. Carlson
Contributor
Subject
Genre
Language
eng
Summary
"An acclaimed physicist uses analogies to everyday life to teach the rules that govern the microscopic world of particles in this accessible introduction to quantum theory."
Member of
Cataloging source
UUC
Characteristic
videorecording
Dewey number
530.12
PerformerNote
Lecturer: Erica W. Carlson, Purdue University
http://library.link/vocab/relatedWorkOrContributorName
  • Carlson, Erica W
  • Teaching Company
Runtime
720
Series statement
Great courses
http://library.link/vocab/subjectName
  • Physics
  • Quantum theory
Technique
live action
Label
Understanding the quantum world, Erica W. Carlson
Instantiates
Publication
Note
Course No. 9750
Accompanying material
1 course guidebook (228 pages).
Bibliography note
Includes bibliographical references
Carrier category
videodisc
Carrier category code
  • vd
Carrier MARC source
rdacarrier
Color
multicolored
Configuration of playback channels
unknown
Content category
two-dimensional moving image
Content type code
  • tdi
Content type MARC source
rdacontent
Contents
  • Bell's theorem and Schrodinger's cat ;
  • Lecture 5.
  • Quantum paradoxes and interpretations ;
  • Lecture 6.
  • Position-momentum uncertainty relation -- disc 2.
  • Lecture 7.
  • Wave quantization ;
  • Lecture 8.
  • Quantum wave shapes and the periodic table ;
  • Lecture 9.
  • disc 1.
  • Interference of waves and sloshing states ;
  • Lecture 10.
  • Wave shapes in diamond and graphene ;
  • Lecture 11.
  • Harmonic oscillators ;
  • Lecture 12.
  • Energy-time uncertainty relation
  • Lecture 1.
  • Particle-wave duality ;
  • Lecture 2.
  • Particles, waves, and interference patterns ;
  • Lecture 3.
  • Observers disturb what they measure ;
  • Lecture 4.
  • Atomic transitions and photons ;
  • Lecture 17.
  • Atomic clocks and GPS ;
  • Lecture 18.
  • Quantum mechanics and color vision
  • disc 4.
  • Lecture 19.
  • Quantum explanation of color ;
  • Lecture 20.
  • Quantum tunneling ;
  • disc. 3.
  • Lecture 21.
  • Fermions and bosons ;
  • Lecture 22.
  • Spin singlets and the EPR paradox ;
  • Lecture 23.
  • Quantum mechanics and metals ;
  • Lecture 24.
  • Superconductivity
  • Lecture 13.
  • Quantum angular momentum and electron spin
  • Lecture 14.
  • Quantum orbital angular momentum ;
  • Lecture 15.
  • Quantum properties of light ;
  • Lecture 16.
Dimensions
4 3/4 in. +
Dimensions
other
Extent
4 videodiscs (approximately 720 min.)
Isbn
9781629977010
Media category
video
Media MARC source
rdamedia
Media type code
  • v
Medium for sound
videodisc
Other physical details
sound, color
Sound on medium or separate
sound on medium
Specific material designation
videodisc
System control number
  • (OCoLC)1097189510
  • (Pol)3188093
System details
DVD, NTSC
Video recording format
DVD
Label
Understanding the quantum world, Erica W. Carlson
Publication
Note
Course No. 9750
Accompanying material
1 course guidebook (228 pages).
Bibliography note
Includes bibliographical references
Carrier category
videodisc
Carrier category code
  • vd
Carrier MARC source
rdacarrier
Color
multicolored
Configuration of playback channels
unknown
Content category
two-dimensional moving image
Content type code
  • tdi
Content type MARC source
rdacontent
Contents
  • Bell's theorem and Schrodinger's cat ;
  • Lecture 5.
  • Quantum paradoxes and interpretations ;
  • Lecture 6.
  • Position-momentum uncertainty relation -- disc 2.
  • Lecture 7.
  • Wave quantization ;
  • Lecture 8.
  • Quantum wave shapes and the periodic table ;
  • Lecture 9.
  • disc 1.
  • Interference of waves and sloshing states ;
  • Lecture 10.
  • Wave shapes in diamond and graphene ;
  • Lecture 11.
  • Harmonic oscillators ;
  • Lecture 12.
  • Energy-time uncertainty relation
  • Lecture 1.
  • Particle-wave duality ;
  • Lecture 2.
  • Particles, waves, and interference patterns ;
  • Lecture 3.
  • Observers disturb what they measure ;
  • Lecture 4.
  • Atomic transitions and photons ;
  • Lecture 17.
  • Atomic clocks and GPS ;
  • Lecture 18.
  • Quantum mechanics and color vision
  • disc 4.
  • Lecture 19.
  • Quantum explanation of color ;
  • Lecture 20.
  • Quantum tunneling ;
  • disc. 3.
  • Lecture 21.
  • Fermions and bosons ;
  • Lecture 22.
  • Spin singlets and the EPR paradox ;
  • Lecture 23.
  • Quantum mechanics and metals ;
  • Lecture 24.
  • Superconductivity
  • Lecture 13.
  • Quantum angular momentum and electron spin
  • Lecture 14.
  • Quantum orbital angular momentum ;
  • Lecture 15.
  • Quantum properties of light ;
  • Lecture 16.
Dimensions
4 3/4 in. +
Dimensions
other
Extent
4 videodiscs (approximately 720 min.)
Isbn
9781629977010
Media category
video
Media MARC source
rdamedia
Media type code
  • v
Medium for sound
videodisc
Other physical details
sound, color
Sound on medium or separate
sound on medium
Specific material designation
videodisc
System control number
  • (OCoLC)1097189510
  • (Pol)3188093
System details
DVD, NTSC
Video recording format
DVD

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