Consciousness Theory: A Frequency-Field Model of Reality

Consciousness Field Theory (Consciousness Theory) models consciousness as a universal, non-local frequency field; experienced reality is a band-limited projection of this field. We formalize two operational constructs: (i) κ(t), an effective signal-to-noise and readiness coefficient defined as S/(S+N) × ρ(t); and (ii) BI_w, a band-integrity index computed with a spectral weighting w(f) = (f₀/f)^p. Access windows (Δt) are intervals where κ(t) > κ_th and BI(t) > BI_th; their effective duration Δt_eff is modulated by χ(f).

The framework yields falsifiable predictions: H1) training-driven increases in κ(t) (attention/affect coherence) raise BI_w and reportable access; H2) transpersonal transition shows characteristic DMN reconfiguration consistent with relaxed priors in predictive coding; H3) entheogenic modulation primarily affects χ(f), widening Δt within safety bounds.

We map parameters to measurable proxies (EEG/MEG spectral slope, entropy/complexity, SNR estimates, psychometrics) and outline protocols for within-subject designs. The work provides definitions, diagrams, and test plans to align phenomenology with neurocognitive markers.

Open source: text and figures may be reused with attribution. Citation: Berke, G. (2025). Consciousness Field Theory. Zenodo. DOI: 10.5281/zenodo.17207803