The study of consciousness contains hundreds of competing explanations but lacks a shared standard for comparing their empirical progress. This paper introduces the Continuum Standard for Theory Progression (CSTP), an ontology-neutral method that ranks positions cumulatively from falsifiable but untested claims through prospective testing, blind or held-out evaluation, independent corroboration, and adversarial survival. The rules assigning standing are fixed before evaluation. CSTP is first applied to sixteen positions and research programs drawn broadly across Robert Lawrence Kuhn's Landscape of Consciousness. The resulting distribution shows no simple relationship between metaphysical orientation and evidentiary standing. Strong and weak records occur across physicalist and non-physicalist regions, while severe prospective testing of central claims about consciousness remains uncommon. 

Only after the standard and the sixteen initial grades are fixed is a seventeenth position introduced. Empirical Metaphysics predicts that transcendental narratives contain two jointly measurable properties: stable sequential organization and recoverable ontological content. Its first instrument represents near-death narratives as transitions through a fixed phenomenological state sequence. The observed  ordering survives frequency-preserving nulls, recurs in held-out data, and survives twenty-two adversarial disconfirmation runs across nine separate frontier-model families. A second, methodologically separate instrument extracts and scores ontological content from non-overlapping corpora. Its outputs show strong cross-model convergence and align most closely with a prediction set fixed before the later comparison narratives were analyzed. 

Under the stated CSTP rules, Empirical Metaphysics reaches rung 4 through convergent results from separate instruments and adversarial testing. Independent laboratory replication and blind human coding remain open and are identified as the next decisive tests. 

The result demonstrates that anomalous, survival-related, and non-physicalist claims can be placed under the same demanding standards of prediction, failure, replication, and adversarial challenge used elsewhere in science. More broadly, CSTP provides a common procedure by which competing consciousness theories can be compared without granting exemption or imposing exclusion based on ontology.

Quantum mechanics tells us the world is described by a wavefunction. Our lived world, however, is populated by rocks, bodies, planets, and steel beams that do not smear into macroscopic superpositions when we look away. This paper adopts a ψ-ontic stance: the quantum state is not merely a bookkeeping device for our information but something that corresponds to what is really there. That underlying, globally defined state is called Ontic Wave Function Reality (OWFR).

The warm, decohered world we inhabit — the world of heat, friction, memory, and irreversibility — is called Thermodynamic Reality (TR). TR is the regime in which entropy-producing interactions never stop and in which classical objects and stable histories appear.

The paper proposes the Coherence Exclusion Principle (CEP) as a law-shaped statement connecting these two regimes: Pure Coherence is the default state of isolated quantum reality. Entropy-producing interaction disrupts that coherence. Wherever genuine thermodynamic throughput occurs — entropy production, irreversible recording — macroscopic OWFR-level coherence is operationally forbidden in those degrees of freedom. The world we experience, TR, is matter held in this continuously disrupted condition.

CEP unifies three strands: ψ-ontic wavefunction realism anchored by the PBR and Colbeck–Renner results; decoherence and quantum Darwinism as the mechanisms by which classicality emerges for subsystems; and thermodynamics and cosmology as the context in which entropy production and the arrow of time appear.

Beyond standard decoherence modeling, CEP adds two pieces of concrete, testable content: an entropy–decoherence inequality for macroscopic subsystems, and a macroscopic recoherence ban asserting that, above a certain size and under sustained entropy production, macroscopic recoherence is physically ruled out.

CEP is presented not as an interpretation but as a law candidate. If its inequalities and rate structure cannot be reconciled with laboratory decoherence and cosmological data, then CEP is wrong. That is the point.

This paper presents an integrated epistemic method developed to test claims about transcendental experience against empirical patterns at falsification thresholds equivalent to those used in foundational physics. The method consists of four innovations that defend each other.

Innovation One — the SANDER7 taxonomy and cross-category dataset. Transcendental experience research has historically been fragmented across separate phenomena (NDE, ADC, ELE, mystical states, mediumship, shared death experiences). SANDER7 organizes these into seven distinct categories and enables cross-category collection. This study assembled 800+ narratives spanning all seven categories — the first large cross-category dataset in the field.

Innovation Two — Markov Metaphysical Discipline (MMD). Markov chain analysis applied to coded sequences from the cross-category dataset. Sequential structure within each category significant against a random-shuffle null. Same sequential structure appears across all categories. The framework was locked October 11, 2021 (19R); forward validation on narratives published after lock shows strong conformity to predicted patterns.

Innovation Three — Ontological Archaeology and 19R. Adversarial three-layer audit framework comparing competing ontologies on the same data. 19 Statements of Reality (19R), inductively derived from phenomenological invariants, submitted to the same testing as dozens of alternative ontologies including Strong Materialism, Scientific Naturalism, major religious traditions, and major philosophical frameworks. 19R substantially outperforms the next-nearest competitor on the same data under the same protocols.

Innovation Four — Undefined Agents of Reality and the Crystalline Argument. A diagnostic inventory of primitives across contemporary physics that meet four criteria — operational precision, statistical stability, cross-context robustness, indispensability for explanation — while remaining constitutively undefined. The Crystalline Argument is the formal parity demand: if physics grants provisional standing to its own undefined primitives on these criteria, the same standard applied to patterns meeting identical thresholds in transcendental data requires the same provisional standing.

Each innovation blocks a category of objection that would be fatal to any single innovation in isolation — the method's claim to standing rests on the integration of all four, not any one alone. Complete protocols, data tables, falsification criteria, and raw narratives are provided in supplements; critics are invited to run the protocols on new data, identify specific methodological failures, or build a competing model that achieves better empirical fit under the same tests.