Visual course · Season 1
Learn the physics before judging the claim.
From what a metric is to warp geometry, the quantum vacuum, and the experiments now under way.
Season one
The complete course
Each lecture has a companion chapter for the sources.
- 00
Why this series exists
A practical method for reading extraordinary physics claims without reflexive belief or dismissal.
33 min · companion chapter
- 01
What is a metric?
Geometry as a recipe for measuring distance.
37 min · companion chapter
- 02
Special relativity and four-vectors
Space and time become one geometry.
49 min · companion chapter
- 03
General relativity
Geometry responds to mass and energy.
42 min · companion chapter
- 04
The Alcubierre warp metric
A geometry that moves without locally outrunning light.
41 min · companion chapter
- 05
The Morris–Thorne wormhole
A traversable shortcut through spacetime—and the cost of holding it open.
45 min · companion chapter
- 06
Energy conditions and their violations
The assumptions that turn geometry into physically plausible matter.
58 min · companion chapter
- 07
Quantum field theory and the vacuum
The vacuum is the lowest-energy state, not an empty stage.
42 min · companion chapter
- 08
The Casimir effect, measured
How an abstract vacuum prediction becomes a laboratory force.
51 min · companion chapter
- 09
The Puthoff–Haisch–Rueda program
Could inertia be a reaction force from the vacuum?
37 min · companion chapter
- 10
The Pais patent series
Institutional attestation, ambitious mechanisms, and no public replication.
53 min · companion chapter
- 11
Eagleworks and the warp line
Claimed thrust, tighter null tests, and a separate mathematical result.
41 min · companion chapter
- 12
Lattice confinement fusion and the integrated picture
A measured nuclear result, an open energy question, and the season's evidence ledger.
64 min · companion chapter