Sanfey’s Abstract Realism

Medical doctor John Sanfey's Abstract Realism (AR) addresses the problem of integrating consciousness with physical laws by identifying and defining its exact physical function. His Principle of Simultaneous Observation Equivalence (PSOE) describes consciousness as functionally identical to the mathematical abstractions necessary for relating former and latter moments in continuous time intervals (Sanfey, 2023). Sanfey advances this principle by demonstrating that the hard problem is caused by the same epistemic paradox that makes quantum and classical physics apparently incompatible: the measure-theoretic limit. Under AR, consciousness evolved as a physical system for integrating the diachronic flow of information into point-equivalent instants of time (Sanfey, 2026).

In “something it is like to experience redness,” the experiencer knows they are not simultaneously causing the redness; one cannot consciously cause something without being conscious of doing so, obviously. But an intelligent system not experiencing conscious presence cannot be certain it is not causing what it perceives because its observing self must reside in the same physical systems that may or may not be producing illusions. This suggests, to Sanfey, that experiencing presence is sufficient to create logical possibilities such as disembodied mind or idealism. Rooted in phenomenal simultaneity, these causal mechanics of consciousness are unobservable in principle, he says, making consciousness indistinguishable from strong emergence. Proven causal power means that consciousness can be produced by physical systems, even synthetic ones, without introducing new physics.

According to Sanfey, in 1903, Bertrand Russell demonstrated the logical impossibility of explaining mathematically how state transitions occur within continuous time without using approximations; the mathematics requires point-equivalent instants of zero duration, which cannot exist ontologically when time is continuous. Classical and quantum physics use mutually incompatible frameworks to model causality and overcome this dt → 0 limit. Sanfey claims that by deductive reasoning, consciousness is nature’s ontological resolution of problems arising from the measure-theoretic limit. The hard problem thus reduces to explaining how minds experience simultaneity with the phenomena being experienced, when those phenomena exist as temporally extended objects.

Sanfey defines consciousness as the only physical system capable of integrating diachronic flow with point-equivalent simultaneity within a single instant. This Temporal Uncertainty Principle (TUP) defines consciousness as a dynamic equilibrium of two contradictory temporal geometries on the boundary of the measure-theoretic limit. The system produces an experience of "seeing" two contradictory truths that must co-exist logically, but which cannot be distinguished by any epistemic means. This physical equilibrium, equivalent to stationary uncertainty, avoids the logical paralysis (Gödelian incompleteness) that constrains purely computational systems, as Roger Penrose famously described. Because further reduction of uncertainty is logically impossible beyond this equilibrium, this deduction firmly identifies consciousness as a fundamental physical phenomenon. Consequently, Sanfey argues that the zero-latency (observer-observed simultaneity) of phenomenal consciousness provides the basis for a true Turing test for consciousness in digital AI systems, which remain entirely dependent on temporally sequential steps (Sanfey, 2026).

The mechanism postulated to explain how the brain produces this phenomenon without thermal disintegration under Landauer’s principle is a Bi-Directional Electromagnetic system (BIDEM). This system features two EM fields that are orthogonal in the scale of their physical dimensions, the information they represent, and the directional flow of that information. The macroscopic carrier field of neural synchrony carries new information and becomes coupled via the principle of stationary action to multiple higher-frequency, microscopic EM fields associated with neuronal microtubules, which encode memory states within each neuron. Each point of coupling is a Slowest Shared Resonance (SSR) driven by phase-amplitude coupling (PAC) (Sanfey, 2026).

This coupling naturally forms Nambu-Goldstone (NG) condensates in complex interactions at criticality. These are classical dissipative structures that protect stored memory information from thermal fragmentation, completely bypassing the need for fragile quantum coherence in a physical theory of consciousness. Crucially, these NG condensates represent the physical, classical translation of a conserved quantity required by Noether’s theorem when the continuous phase symmetry of the brain's EM field is broken by temporal processing.

The BIDEM mechanism is physically classical and produces the experience of being an observational frame of reference in which phenomena are epistemically evaluated. Within this framework, the conscious "self" sits on the surface of a vast, holographic field of subconscious, but immediately accessible memory. The phenomenon remains intrinsically unobservable from the outside because its precise function is to resolve the deep ontological paradox at the root of existence, defined by the TUP as a unified, topological integration of two contradictory temporal perspectives, the synchronous and the diachronic, within a single "now" (Sanfey, 2026).

Simultaneous causation cannot happen, but experiential simultaneity is certain, and with causal power, consciousness can be integrated with physics within a Non-Reductive Physicalism paradigm—without appealing to psycho-identity, panpsychism, idealism, or reductive physicalism. Matter, defined as that which behaves according to physical laws independently of conscious mind, is always either a sensory or conceptual model, a complementarity of first and third-person perspectives, each containing an equivalent observer function (Sanfey, 2023).

Note: John Sanfey states that while the BIDEM theory is very much an electromagnetic theory of consciousness within the framework of General Resonance Theory, given the Abstract Realism’s philosophical aspect, it should be classified under Non-reductive Physicalism