What Physics Still Misses
The Unfinished Work of Physics
Despite centuries of progress, the foundations of physics remain incomplete. Beneath the precision of equations and success of predictions lie unresolved assumptions and unexplained constants. The cracks in the classical and quantum frameworks are not hidden — they’re baked in:
- Constants remain unexplained. Fundamental values like ε₀, μ₀, and c are inserted by hand — not derived from first principles or physical structure.
- Idealizations obscure complexity. The vacuum is assumed to be uniform, isotropic, and empty. But accumulating evidence suggests it has structure and dynamic properties that current models ignore.
- Gravity and quantum theory remain ununified. General Relativity and Quantum Field Theory work brilliantly — but not together. No successful theory of quantum gravity has emerged despite decades of pursuit.
- Placeholder concepts dominate. Dark matter, dark energy, inflation, and vacuum energy divergences are introduced to reconcile predictions with what we see — but each remains empirically undetected and conceptually unresolved.
Explore the Gaps and Clues
Use the sections below to explore the current state of physics and how CA reinterprets known data through a deeper lens:
Bamboozles The quicksand of physics. Those ideas whose time has passed.
Experiments Old experiments provide new insight when reviewed under the Charge Admittance microscope.
Deductions Unveil logical outcomes drawn from fundamental principles.
Clues Hints from those great idea inspire a solution.
Reasoning Insights from thought.
Observations Things seen that add to our understanding.