Causal Electromagnetism

This paper proposes a new framework called Causal Electromagnetism, which reconceptualizes electromagnetic phenomena through the lens of entropy, recursion, and causal flow. Building upon classical electrodynamics, we reinterpret electromagnetic fields not merely as energy carriers but as causal structures that encode, transmit, and dissipate systemic information. Within this framework, light is redefined as causal light — a recursive wavefront of entropic coherence — and the speed of light becomes a causal boundary limiting information propagation in spacetime. We introduce the concept of recursive field geometry, where electromagnetic systems behave as memory-storing structures that oscillate between stability and collapse. Through a systemic thermodynamic lens, we reinterpret traditional phenomena such as resonance, interference, and signal loss as manifestations of causal entropy dynamics. By unifying electrodynamics with causal mathematics and entropy theory, this work offers a transdisciplinary pathway toward understanding the role of electromagnetic radiation in sustaining structural stability — from quantum systems to cosmic scales.