Sample computational physics programs, www.faculty.umassd.edu/j.wang/cc/
 AAPT Summer Meeting: Computation in undergraduate physics

Projectile motion as a boundary value problem, projectile.ipynb 
Html version, projectile.html

Visual quantum eigenstates (gen. potential), visual_eigenstates_gen.ipynb 
Html version, visual_eigenstates_gen.html

Boltzmann distribution, boltzmann.ipynb
Html version, boltzmann.html

Scattering and atomic collisions, scattering.ipynb 
Html version, scattering.html

AAPT Poster, jwangaapt18.pdf
 Radial velocity modeling of exoplanets
 Trinkets (intro phys):
[
Projectile motion with drag]
[
Atwood machine]
[
Equilibrium point between two charges]
[
Electric field hockey]
 Interactive programs

Animated oscillator, sho_anim.py

Animated oscillator, sho_anim.ipynb, IPython notebook

SHO sample plotting, sho_plot_sample.ipynb, IPython notebook

SHO 2D time reversal, sho2d.ipynb, IPython notebook

My GlowScript gallery. Anyone can sign up with gmail.

Bouncing ball in Jupyter notebook (html version) .
 Other programs:
[
SHO 2D time reversal, sho2d.py ][
Quantum bouncing ball, QM_freelfall.py ]
[
Demon algorithm, equishare.py ][
VPM library, vpm.py (needed by some programs)]

GlowScript demos by the creator Bruce Sherwood
Videos
 Harmonic oscillators
 Precession of Mercury
 Quantum oscillator
 Quantum bouncing ball
 Demon algorithm

More movie gallery
Jay Wang,
www.faculty.umassd.edu/j.wang/
Physics, UMass Dartmouth
email:
jwang@umassd.edu