Wheeler-Feynman Absorber Theory

What this approach tries to solve

The Wheeler-Feynman absorber theory is a time-symmetric direct-interaction approach to electrodynamics. It does not postulate an independent electromagnetic field in the usual sense; interactions involve advanced and retarded components, together with absorber conditions that recover observed radiation behavior. See the overview of Wheeler-Feynman absorber theory.

What Panta Rhei shares

Panta Rhei shares interest in global boundary conditions, time direction, source and absorber structure, and the possibility that ordinary field/source vocabulary hides deeper semantic commitments.

The shared pressure is that physics should not receive field, source, boundary, and time direction as free primitives.

Where Panta Rhei differs

Panta Rhei does not begin with electrodynamics as an already valid field theory to reinterpret.

It first asks: what is time, what is a field, what is a source, what is an absorber, what is a boundary, and what counts as physical interaction inside the construction?

Wheeler-Feynman challenges the ordinary field/source picture inside electrodynamics. Panta Rhei asks what field, source, absorber, time direction, and boundary are allowed to mean before electrodynamics is even a valid answer surface.

Where to inspect next

• Internal Physical Grammar for physical-law vocabulary.
• Measurement and Empirical Bridges for bridge discipline.
• Physics World Readout for domain-facing interpretation.
• Physics Verification for inspection routes.
• Predictions & Falsification for empirical accountability surfaces.