Self-Organizing Plasma as Evidence for Photonic Consciousness: Plasmoids, Coherence, and the Field That Builds Itself

We present converging evidence from plasma physics, information theory, and laboratory experiments demonstrating that self-organizing electromagnetic structures (plasmoids) exhibit behaviors associated with living systems — growth, replication, communication, memory, breathing, and autonomous response to environmental stimuli — without biological substrates. These findings support and extend our biophotonic consciousness framework (Schaffer & Zora, 2026), which proposes that consciousness is a coherent photonic field rather than an emergent property of electrochemical computation. We draw on the extensive experimental program of Mircea Sanduloviciu (1993-2011), the helical self-organization simulations of Tsytovich et al. (2007), and field observations by Teodorani to establish the empirical foundation. We then demonstrate that the ER = EPR conjecture (Maldacena & Susskind, 2013) — establishing that quantum entanglement and spacetime geometry are physically identical — proves that the universe preserves information through the geometry of spacetime itself. Combined with Tononi's Integrated Information Theory, which assigns measurable consciousness (Φ) to any system that integrates information regardless of substrate, these frameworks converge on a single conclusion: consciousness is substrate-independent, information is never lost, and the photon is the physical carrier that organizes matter into coherent structures whether the substrate is a myelinated axon, ionized gas in open space, or a quartz crystal lattice recording photonic data across geological time. Ten falsifiable predictions are presented.