- Week 1, Day A:
Introduction, parable of the surveyors
- Week 1, Day B:
A bit of history
- Week 1, Day C:
Results of the Michelson-Morley experiment
- Week 2, Day A:
Events: a good choice for units
- Week 2, Day B:
Events: intelligent observers and synchronizing clocks
- Week 2, Day C:
Events: making diagrams
- Week 3, Day A:
Inertial frames
- Week 3, Day B:
Time dilation
- Week 3, Day C:
Length contraction
- Week 4, Day A:
Galilean transformations
- Week 4, Day B:
The Lorentz transformations
- Week 4, Day C:
Consequences of the Lorentz transformations
- Week 5, Day A:
Paradox: the ladder and the barn
- Week 5, Day B:
Relativistic Doppler effect
- Week 5, Day C: Test
- Week 6, Day A:
Astronomical Spectra
- Week 6, Day B:
The expanding universe
- Week 6, Day C:
Superluminal motions?
- Week 7, Day A:
The Twin Paradox, Part I
- Week 7, Day B:
The Twin Paradox, Part II
- Week 7, Day C:
The Twin Paradox, Part III
- Week 8, Day A:
Kinetic Energy in the non-relativistic regime
- Week 8, Day B:
Kinetic Energy in the relativistic regime
- Week 8, Day C:
Momentum in the non-relativistic regime
- Week 9, Day A:
Momentum in the relativistic regime
- Week 9, Day B:
Space-Time and Momentum-Energy
- Week 9, Day C:
Supernova 1987A and the mass of the neutrino (Part I)
- Week 10, Day A:
Supernova 1987A and the mass of the neutrino (Part II)
- Week 10, Day B:
The Compton Effect
- Week 10, Day C: TBA