0080
Introduction to Quantum Mechanics and Relativity 
Jevicki
MWF 9- 9:50AM

Wed 1/23
Antal is away
Jim Valles to lecture
Mass and spring
Rubber band and mass (damped)
Laptop with Meena's file

Fri 1/25
no demo

Mon 1/28
Sand pendulum Lissajou

Wed 1/30
Damped and undamped tuning fork on scope.
Eddy pendulum, undamped and damped. Hide magnet behind black cloth.

Fri 2/1
nothing

Mon 2/4
Shive wave machine, driven.

Mon 2/4 for Wed 2/6
no demo.

Fri 2/8
Vibrating string. at start of class.

Mon 2/11
no demo

Wed 2/13
no demo

For Friday 2/15:
Long spring
Beats on scope, tuning forks
Rip tank, SSD DSI movies
moire on OHP

Wed 2/20
IOS, Moire
Red, green lasers:
SSD, DSI, grating,
adj SSD, pinhole

(Could have used Doppler buzzer, refraction tank, BB reflection from falt mirror?)
Fri 2/22
No demo.

(Could have used SSD, DSI, grating, pinhole, etc.?)

Fri 2/22
end classical waves
begin QM
no demo
midterm HW

Mon 2/25
(Note: Do blackbody demos for this lecture in 2009, not photoelectric effect.)
photoelectric effect w zinc
1P39 phototube
solar cell and fan

Wed 2/27
no demo

Fri 2/29
Line emission spectrum.
na absorption is emission.

Mon 3/3
SPI photons

Wed 3/5
Electron Diffraction
SPI show waves are made of photons.

Here is a wave. A classical wave. we can know all about it.

Here is are photon particles. Not a classical particle. It is in a sense spontaneous, unmeasurable and random.

Wed 3/12
Tunneling simulation w momentum set at 30. Show a Gaussian wavepacket hit a Potential barrier.
From Computational Physics at Oregon State University
http://www.physics.orst.edu/~rubin/nacphy/CPapplets/QMWAVE/Potbar/Potbar.html

Fri 3-14
Gaussian wavepacket Potential barrier
Cups bound 1-d, eigenvalues

Mon 3/17
No demo

Fri 3/21
midterm exam at 8:00

Mon 3/31 to Fri 4/4
no demo

Mon 4/7
Michaelson-Morley

Wed 4/9
no demo

Fri 4/11
MU Video #43
Program 43 - Velocity and Time

Mon 4-14
MU Video #43
Program 43 - Velocity and Time

End of demos.