Part 3: The Membrane-Field Transducer The mechanism of action. How we use frequency-selective electromagnetic fields to lower the activation energy for regeneration. TASK 4: The Membrane–Field Interaction Core Version: 1.1 (Updated with Validation) Status: DEFINED Date: 2026-01-16 1. The Transducer Model The primary mechanism for coupling external control fields (u) to the biological state (SH) …
Part 2: The Attractor Competition Model Health is not a static point; it is a basin of attraction. We map the potential energy landscape where Regeneration and Scarring compete. TASK 3: The Attractor Competition Model Version: 1.1 (Updated with Validation) Status: DEFINED Date: 2026-01-16 1. The Landscape Concept The healing trajectory SH(t) moves on a …
Part 1: The Healing State Vector (Defining Health) We cannot control what we cannot measure. This chapter defines the 10-dimensional state vector (SH) that mathematically distinguishes ‘Health’ from ‘Disease’. TASK 1: The Healing State Vector (SH) Version: 1.1 (Updated with Validation) Status: DEFINED Date: 2026-01-16 1. Definition The Healing State Vector (SH) is a minimal, …
The NanoCERN Instrument Chapter Chapter
NanoCERN Instrument: Validation Certificate Version: 1.0 Date: 2026-01-16 Status: VALIDATED PROTOTYPE Reference: src/characterize_instrument.py, src/characterize_amplitude.py, src/characterize_universality.py 1. Executive Summary The NanoCERN Instrument logic has been rigorously characterized via multi-variable simulation. The system demonstrates robust attractor switching governed by a measurable state variable, with clear physical signatures of frequency selectivity and causal entrainment. The instrument is validated …
NanoCERN Instrument Specifications: The “Physics-First” Healing Reactor Version: 1.0 Date: 2026-01-16 Status: SPECIFICATION Reference: Physics Framework | NanoCERN CLI 1. System Overview The NanoCERN Instrument is the physical instantiation of the Physics-First Healing Framework. It is a closed-loop feedback system designed to measure the Healing State Vector ($S_H$) in real-time and apply corrective Control Fields …
Series A: The Physics Framework Part 1: The Healing State Vector (Defining Health) We cannot control what we cannot measure. This chapter defines the 10-dimensional state vector ($S_H$) that mathematically distinguishes ‘Health’ from ‘Disease’. Read Chapter → Part 2: The Attractor Competition Model Health is not a static point; it is a basin of attraction. …
TASK 4: The Membrane–Field Interaction Core Version: 1.1 (Updated with Validation) Status: DEFINED Date: 2026-01-16 1. The Transducer Model The primary mechanism for coupling external control fields ($u$) to the biological state ($S_H$) is the Cell Membrane. It acts as a nonlinear rectifier and integrator of electromagnetic energy. We model a tissue patch as a …
TASK 3: The Attractor Competition Model Version: 1.1 (Updated with Validation) Status: DEFINED Date: 2026-01-16 1. The Landscape Concept The healing trajectory $S_H(t)$ moves on a dynamic potential energy landscape $V(S_H, u)$. This landscape is not static; it is shaped by the control inputs $u$ (environmental fields). There are two primary local minima (attractors): 1. …
A Universal Reynolds Number for Self-Organizing Systems Towards a Unified Physics of Organization Version: 1.0 Date: 2026-01-16 Status: THEORETICAL PROPOSAL 1. The Core Hypothesis We propose that Self-Organization in non-equilibrium systems is governed by a universal phase transition, controlled by a dimensionless parameter analogous to the Reynolds Number in fluid dynamics. $$ Re_{\Omega} = \frac{\text{Driving …