What question did this study set out to answer?

The research aims to connect biological field coherence with pre-commit information states using the Holographic Ledger framework.

April 28, 2026Open Access

Coherence-Modulated Pre-Commit States: Field Depth and Duration as Regulators of Information Projection

Key Points

The research aims to connect biological field coherence with pre-commit information states using the Holographic Ledger framework.
Formulates a hypothesis linking heart-brain electromagnetic synchrony to information states.
Frames projection surface as a coherence-modulated gradient.
Proposes falsifiable experimental predictions based on theoretical modeling.
Establishes a relationship with Negative Dwell Time and Holographic Ledger concepts.
Contributes a testable theoretical model rather than an established physical mechanism.

Abstract

This independent preprint proposes a formal hypothesis linking biological field coherence — specifically heart-brain electromagnetic synchrony — to the amplitude and duration of pre-commit information states as defined within the Holographic Ledger framework. It frames the projection surface of the holographic boundary as a coherence-modulated gradient and proposes falsifiable experimental predictions. Version 0.2 consolidates the relation to Negative Dwell Time v0.9 and Holographic Ledger v2. The contribution is not a claim of established physical mechanism, but a testable theoretical model.

Coherence-Modulated Pre-Commit States: Field Depth and Duration as Regulators of Information Projection

Key Points

Abstract

Cite This Study