Independent Physics Laboratory
The physics that textbooks skip.
A deep-tech research lab building the foundations for post-Maxwell electrodynamics applications. Founded by Dr. Paul Wilhelm.
Research Archive
Each paper traces something the standard formulation misses — and derives what should be there instead.
Research Program
Known physics that was never given its engineering consequences.
Research Area
The quantum vacuum is not empty — it's the largest energy reservoir in physics. Casimir proved the forces are real. Stochastic Electrodynamics proves the coupling is exploitable. The question isn't whether. It's how.
Vacuum structure with engineering consequences.
Research Area
The Aharonov-Bohm effect proved it in 1959: the vector potential A is the fundamental physical quantity. Electric and magnetic fields are projections. We're engineering the consequences.
Potential-primary electrodynamics in practice.
Research Area
Geometry carries force beyond local measurement. Toroidal configurations sustain flux without external fields. When topology determines physics, shape becomes the engineering handle.
Topology as a control surface.
Research Area
Unification through topological collapse, not algebraic expansion. At the exceptional point, eigenvalues coalesce, forces merge, and the distinction between electromagnetism and gravity disappears.
Where separate force descriptions start to merge.
Independent Engineer-Researcher
PhD engineer. Independent researcher. Over a decade in extended electrodynamics.
I started because I found something in my own lab I couldn't explain with textbook physics. I built the infrastructure to find out what was missing — and a lab to test what the math predicts.
Membership
The papers are free. The work behind them isn't.
Membership
Membership
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Independent. Self-funded. No institutional gatekeeping.