01:04

Sonata for Six Toilets

26:26

The Science of Music, Episode 1: What is Music?

03:00:26

Holography, Wormholes, and Cosmology

00:25

Hand In Space

00:44

A musical surprise

17:38

Dimensions of space and extra dimensions

01:43

Galaxy Formation Laboratory Simulation

43:14

Thermodynamics Oscillations and Waves 35: Applications: musical instruments and gravitational waves

37:17

Thermodynamics Oscillations and Waves 34: Wave superposition, standing waves, and interference

35:04

Thermodynamics Oscillations and Waves 33: travelling sinusoidal waves

42:00

Thermodynamics Oscillations and Waves 32: coupled oscillators and waves

52:28

Thermodynamics Oscillations and Waves 31: drag forces, damped and driven oscillation, resonance

32:40

Thermodynamics Oscillations and Waves 30: energy in simple harmonic motion, damped oscillations

28:28

Thermodynamics Oscillations and Waves 29: predicting oscillation frequencies for small oscillations

31:35

: displacement, velocity, and acceleration in simple harmonic motion

31:05

Thermodynamics Oscillations and Waves 27: Properties of simple harmonic motion

40:03

Thermodynamics Oscillations and Waves 26: intro to oscillations and simple harmonic motion

32:39

Thermodynamics Oscillations and Waves 25: TS diagrams, Carnot cycle, and maximum efficiency

39:32

Thermodynamics Oscillations and Waves 24: Entropy and the second law of thermodynamics

37:01

Thermodynamics Oscillations and Waves 23: refrigerators, the second law of thermodynamics

38:40

Thermodynamics Oscillations and Waves 22: heat engines and refrigerators

45:28

Thermodynamics Oscillations and Waves 21: Heat engines and efficiency, internal combustion engine

38:58

Thermodynamics Oscillations and Waves 20: isochoric, isobaric, isothermal, and adiabatic processes

42:39

Thermodynamics Oscillations and Waves 19: internal energy, free expansion, and heat

37:59

Thermodynamics Oscillations and Waves 18: Work, PV diagrams, and internal energy

34:54

Thermodynamics Oscillations and Waves 17: Work and the first law of thermodynamics

30:02

Thermodynamics Oscillations and Waves 16: the ideal gas law from molecular forces

33:25

Thermodynamics Oscillations and Waves 15: solar radiation, climate models, the Greenhouse effect

39:45

Thermodynamics Oscillations and Waves 14: Thermal radiation, emissivity

38:08

Thermodynamics Oscillations and Waves 13: Insulation, R values, convection and radiation

35:18

Physics 157 Lecture 12

34:40

Thermodynamics Oscillations and Waves 11: More on thermal conductivity

39:20

Thermodynamics Oscillations and Waves 10: heat conduction and thermal conductivity

34:18

Thermodynamics Oscillations and Waves 9: phase changes, latent heat, calorimetry

34:05

Thermodynamics Oscillations and Waves 8: Heat capacity and specific heat

28:34

Thermodynamics Oscillations and Waves 7: thermal stress in multuipart systems

40:53

Thermodynamics Oscillations and Waves 6: Volume expansion, Young's modulus, stress, and strain

32:29

Thermodynamics Oscillations and Waves 5: Linear thermal expansion and volume expansion

37:12

Thermodynamics Oscillations and Waves 4: the Kelvin scale, thermal expansion

34:30

Thermodynamics Oscillations and Waves 3: Thermometers and temperature scales, pressure.

37:17

Thermodynamics Oscillations and Waves 2: Energy, equilibrium, temperature, and heat

33:47

Thermodynamics Oscillations and Waves 1: Intro

01:00

Easter basket tensegrity sculpture

21:56

Quantum mechanics, the music of the universe

13:16

Physics of Music 67: Atoms are the musical instruments of light

13:35

Physics of Music 66: Vision vs Hearing

14:50

Physics of Music 65: Properties of Light

14:43

Physics of Music 64: What is Light? (and some basic electromagnetism)

37:32

Physics of Music 63: Synthesizers

17:13

Physics of Music 62: Analog and Digital Recording

19:54

Physics of Music 61: Speakers and Microphones

05:19

Physics of Music 60: vibrato

14:34

Physics of Music 59: effects of helium on the human voice

12:50

Physics of Music 57: the human voice 2: vocal tract and formants

18:00

Physics of Music 56: Human voice 1: the vocal folds, modal vs falsetto

20:32

Physics of Music 55: Brass instruments

05:35

Physics of Music 54: Flutes: driving oscillations with an air jet

08:02

Physics of Music 53: Difference between loud and soft playing (for saxophone)

11:13

Physics of Music 52: Woodwind instruments: Driving oscillations with reeds (1)

28:17

Physics of Music 51: Woodwind instruments: basic physics, register holes