Science Entertainment: Shop Music Video DVDs

To order with a check or money order, print and fill out this form.
Shop for CDS!


Science Entertainment: Physics Karoake DVD

Physics Karaoke DVD

Physics Karaoke DVD is a collection of sing-a-long music videos including:
  • Touch This: A song about Newton's Third Law inspired by Paul G. Hewitt
  • Freaky Wave: A funky song about waves.
  • Lovon: A song about the boson particle of love.
  • Hi Tech Girl: A brief history of women in science.
  • Black Hole Disco: A fun song featuring gravitational wave chirps.
  • Einstein's Angels: A fun spoof of the TV show Charlie's Angels.

$15.99



Science Entertainment: Black Hole Disco Karoake DVD

Black Hole Disco Karaoke DVD

  • Black Hole Bird: A parody of the Beatle's Black Bird about colliding black holes and gravity waves.
  • Gravity Vibrations: A parody of the Beach Boys' Good Vibrations about gravity wave detection.
  • Kip Warp: A parody of the Rocky Horror song Time Warp about Kip Thorne, time travel and time warps.
  • Black Hole Disco: An original song featuring gravitational wave chirps.
Songs are included both with and without lead vocals.

$15.99




Maxwell's Equations Karaoke DVD

Maxwell's Equations Karaoke

Maxwell's Equations Karoake DVD, is a karaoke-style sing-a-long of the four famous equations of electricity and magnetism. Written, produced and performed by Lynda Williams, The Physics Chanteuse. Perfect for a graduate level or advanced undergraduate physics and astronomy courses and students. Use it as a teaching aid in class! Practice for exams while you sing-a-long!

Maxwell's Equations are 4 mathematical equations that relate the electric field and magnetic field to charge and current densities. The equations specify the fields that give rise to electromagnetic radiation - light. The lessons are sing-a-long, "call and response" Karaoke-style songs with visual images of the equations. The four lessons derive Gauss' Laws for electricity and magnetism, Faraday's Law and Ampere's law in these different situations:

1. Maxwell's Equations with sources in free space

2. Maxwell's Equations in Macroscopic media

3. Maxwell's Equations in Vacuum

4. A Sing-a-long Test!

5. Derivation of the Wave Equation of Light

The content is based on the text Classical Electrodynamics by J.D. Jackson and the songs are sung in Gaussian units.

Sample the songs free online!

$15.99



Need Help? Contact bergen (at) scientainment.com