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THE ARCHITECTURE OF REALITY · PAPER I

Cognitive
Wave-Time
Theory

An Architectural Framework for Coherence-Regulated Reality

Gábor JandóPreprint · April 202649 pages
Cover of Cognitive Wave-Time Theory
Paper I · CC BY-NC-ND 4.0

ABSTRACT / POSITION

Time as an emergent ordering of coherent access.

CWTT is an architectural framework in which time is not assumed as a primitive dimension. Temporal ordering, persistence and stability arise from regulated coherence across interacting wave-based systems.

The framework reinterprets observation as embedded participation, memory as phase re-accessibility, and ordering as a property of coherence-based accessibility. It offers a complementary structural perspective: it does not claim to replace existing physical theories or provide a complete dynamical theory, quantum-gravity model or model of cognition.

CORE PROPOSITION

Time does not flow as an independent variable; it unfolds as coherence is continuously re-stabilized across interacting layers.

OPERATIONAL CONCEPT

Time density aggregates the coherence of participating layers, weighted by attention or coupling strength.

OBSERVER

A boundary condition and coherence anchor that selects which wave layers participate in accessible experience.

CONCEPT FILM · 01

How time emerges in CWTT

A short visual introduction to layered wave dynamics, coherence-regulated accessibility and temporal unfolding.

Download vertical edition ↓
45 seconds · English narration and captions · Sound on

CONCEPT FILM · 02

Time as Layered Palimpsest Space

Illustrative temporal layers unfold at distinct characteristic frequencies, then overwrite and modulate one another within a shared field of coherent access.

54 seconds · English captions · Sound on

FOUNDATIONAL STRUCTURE

Five principles

The formal core connects wave dynamics, prediction, participation, relational ordering and bounded feedback.

01

Wave primacy

Physical and cognitive processes are described through amplitude, phase, frequency and coherence; discrete states are treated as emergent approximations.

02

Predictive interaction

Internal predictive patterns and environmental input meet as phase relations. Stability requires bounded mismatch rather than perfect forecast.

03

Participatory observation

Observation is an embedded, bidirectional interaction that forms a closed coherence loop rather than an external observer-object split.

04

Coherence over chronology

Ordering is derived from relational coherence between interacting layers, not from an intrinsic universal clock.

05

Regulation through feedback

A bounded participation operator adjusts phase relations without a reference trajectory, predefined time axis or optimization objective.

CONCEPTUAL PLATE

Wave-Time as Layered Unfolding

The diagram depicts a coherent window in which past, present coherence and future are organized through layered access. The golden path represents observation and feedback: selection stabilizes a present configuration and structures subsequent re-entry.

This is a conceptual architecture, not a literal spacetime geometry. Its role is to show how ordering can be expressed through coherence and accessibility without treating time as a global primitive axis.

Wave-Time as Layered Unfolding diagram showing past, present coherence, future and observation-mediated re-entry
Wave-Time as Layered Unfolding (CWTT)

ARCHITECTURAL CONSEQUENCES

Observation

Embedded participation and bandwidth-limited coupling determine which states become accessible.

Memory

Memory is phase re-accessibility: the capacity to re-enter previously coherent basins under appropriate conditions.

Identity

Persistence rests on loop stability and characteristic re-entry, rather than exact repetition or uninterrupted temporal continuity.

Causality

Causal order is reframed as reachability through coherence-preserving transformations.

SCOPE & BOUNDARIES

A deliberately bounded framework.

CWTT addresses systems exhibiting sustained coherence, regulation-based stability, re-accessible memory and emergent temporal ordering.

  • It does not require consciousness, intention or agency as primitive assumptions.
  • It does not assert that classical time-based formulations are incorrect.
  • It does not aim at deterministic prediction.
  • Its structural claims are kept distinct from experiential and philosophical interpretations.

PUBLICATION RECORD

How to cite

Jandó, G. (2026). Cognitive Wave-Time Theory: An Architectural Framework for Coherence-Regulated Reality [Preprint]. Zenodo.

STATUS
Preprint

Paper I establishes the architectural ground. Paper II turns coherence regulation itself into the primary object of study.

Open the complete preprint on Zenodo ↗