SII Working Paper Series 2026
Author: Locke Dauch (David Humble)
Date: April 29, 2026
Classification: Bioenergetics / Consciousness Studies / Psychophysiology
PART ONE: THE TWO-SOURCE HYPOTHESIS OF VITALITY
Abstract
This paper proposes a dual-source framework for understanding human vitality. The first source (Column 1) comprises conventional physical inputs: activity, sleep, nutrition, rest, and health practices. The second source (Column 2) is hypothesized to be non-physical in origin, arising from what is here termed “field alignment”—a state characterized by a quieted Default Mode Network (DMN), decommissioned sympathetic nervous system, and sustained parasympathetic dominance. The paper argues that most individuals rely exclusively on Column 1, which degrades over time due to aging, chronic stress, and dysregulation. A subset of individuals—including trauma survivors, advanced contemplative practitioners, and those who have undergone profound transformation—may access Column 2, enabling vitality restoration beyond what Column 1 alone can provide. Ten testable propositions are advanced. A companion paper (Part Two) addresses measurement approaches.
Keywords: vitality, Default Mode Network, parasympathetic dominance, energy generation, transformation, extraction recovery
1. Introduction
1.1 The Problem of Vitality Decline
Human vitality—the subjective and objective energy available for daily functioning, healing, and coherent action—declines with age, chronic stress, and illness (McEwen, 2017; Epel et al., 2004). Conventional medicine attributes this decline to metabolic slowdown, hormonal changes, cumulative inflammation, and cellular senescence (Peters, 2006).
However, clinical and anecdotal observations reveal exceptions: individuals who, despite significant stress, trauma, or age, report sustained or increased vitality. These include trauma survivors who have undergone profound transformation, advanced meditators with decades of practice, and individuals who have “awakened” from chronic dysregulation.
These observations motivate the hypothesis that vitality may not be solely a product of physical inputs.
1.2 The Core Hypothesis (Operational)
Human vitality has two independent but interacting sources.
Column 1 (Physical Source): Vitality generated through conventional means—physical activity, sleep, nutrition, rest, and health practices. Accessible to all individuals with a functioning body.
Column 2 (Field Source): Vitality accessed through alignment with a hypothesized “field” of coherence—characterized by a quieted Default Mode Network (DMN), decommissioned sympathetic nervous system, and sustained parasympathetic dominance. Access may require the removal of conditioned programming.
The hypothesis is offered as an operational framework for empirical testing, not as a metaphysical claim.
2. Column 1: Physical Sources of Vitality
2.1 Established Mechanisms
| Input | Mechanism | Outcome |
|---|---|---|
| Physical activity | Mitochondrial biogenesis, improved circulation, endorphin release | Energy, endurance, mood |
| Sleep | Glymphatic clearance, hormone regulation, memory consolidation | Restoration, repair, cognitive function |
| Nutrition | Metabolic fuel, micronutrients, antioxidant supply | Cellular energy, reduced inflammation |
| Rest (non-sleep) | Parasympathetic activation, reduced allostatic load | Recovery, regulation |
| Health practices | Stretching, breathwork, hydrotherapy | Flexibility, circulation, relaxation |
2.2 The Degradation Problem
Column 1 vitality generation is subject to progressive degradation:
| Factor | Mechanism |
|---|---|
| Aging | Mitochondrial decline, reduced hormone production, cellular senescence |
| Chronic stress | Sympathetic overactivation, allostatic load, inflammation |
| Dysregulation | Impaired autonomic balance, reduced HRV, poor sleep quality |
| Extraction (trauma, exploitation) | Nervous system dysregulation, DMN hyperactivity, safety deficits |
Most individuals experience Column 1 decline over time. Even with excellent physical health practices, aging and accumulated stress reduce baseline vitality.
2.3 Limits of Column 1
| Intervention | Can Restore | Cannot Restore (Alone) |
|---|---|---|
| Exercise | Muscle, endurance, mood | Deep parasympathetic access after chronic trauma |
| Sleep | Acute restoration | Chronic dysregulation patterns |
| Nutrition | Metabolic function | Nervous system decommissioning |
| Rest | Temporary recovery | Permanent shift to parasympathetic dominance |
Column 1 is necessary but may not be sufficient for full vitality restoration in individuals with significant depletion.
3. The Default Mode Network and Vitality
3.1 What Is the DMN?
The Default Mode Network is a set of brain regions (medial prefrontal cortex, posterior cingulate cortex, angular gyrus, medial temporal lobes) active during rest, self-referential thought, mind-wandering, rumination, and autobiographical memory retrieval (Raichle, 2015).
| DMN Activity | Associated Experience |
|---|---|
| High | Rumination, anxiety, depression, self-focus, mental time-travel |
| Low | Present-moment awareness, reduced self-referential thought, equanimity |
3.2 DMN and Vitality Drain
The DMN is energetically expensive, consuming approximately 20% of the brain’s energy despite being active at rest (Raichle & Gusnard, 2005). Chronic DMN hyperactivity is associated with fatigue, poor sleep quality, reduced cognitive performance, increased inflammation, and impaired parasympathetic access.
Hypothesis (Proposition 1): Sustained DMN quieting is associated with higher subjective vitality, independent of physical health practices.
3.3 DMN Quieting as a Potential Gateway
Meditation and contemplative practices reduce DMN activity (Goyal et al., 2014; Tomasino & Fabbro, 2016). Advanced practitioners show sustained DMN quieting even at rest.
Hypothesis (Proposition 2): DMN quieting is a necessary (but not sufficient) condition for accessing Column 2 vitality.
4. Column 2: Hypothesized Field Source
4.1 Defining “The Field” Operationally
The term “field” is used here as an operational hypothesis, not a metaphysical assertion. It refers to a hypothesized source of coherence and vitality that:
- May not be fully reducible to known biochemical or bioelectrical processes
- May be accessible to individuals under specific conditions (DMN quiet, parasympathetic dominance)
- Is reported experientially as a source of replenishment beyond Column 1 alone
- May be indirectly measurable via proxies (see Part Two)
The field is proposed as not yet accounted for by current physicalist models, not as supernatural.
4.2 Hypothesized Access Conditions
Based on observational evidence from contemplative traditions, trauma recovery literature, and case studies, the following conditions are hypothesized as necessary for Column 2 access:
| Condition | Description |
|---|---|
| DMN quieting | Reduced self-referential thought, minimal rumination |
| Sympathetic decommissioning | Absence of chronic fight/flight/freeze activation |
| Parasympathetic dominance | Sustained rest-and-digest state |
| Removal of “programming” | Reduced influence of conditioned beliefs and extraction-based identity |
| Perceived safety | Low threat detection |
| Alignment | Coherence between intention, attention, and action |
These conditions are hypothesized as continuous, not binary.
4.3 Reported Experiences (Anecdotal, Not Evidence)
Individuals who report Column 2 access describe:
| Experience | Description |
|---|---|
| Sustained energy | Not fully dependent on sleep, food, or activity |
| Rapid recovery | From illness, injury, exertion |
| Inner coherence | Alignment of thoughts, feelings, actions |
| Field connection | Sense of replenishment from “outside” self |
| Reduced need for Column 1 inputs | Less sleep, less food, but not deprived |
These reports are anecdotal. The purpose of this paper is to render them testable (Propositions 3-10).
5. Interaction Between Column 1 and Column 2
5.1 Not Either/Or
The two sources are hypothesized as interactive, not mutually exclusive:
| Interaction | Predicted Effect |
|---|---|
| High Column 1, low Column 2 | Good physical health, but vulnerability to stress, burnout, aging |
| Low Column 1, high Column 2 | Possible but rare; physical infrastructure may limit vitality expression |
| Both high | Robust vitality, resilience, healing |
| Both low | Depletion, illness, collapse |
5.2 The Threshold Hypothesis (Proposition 8)
Proposition 8: Column 2 vitality only becomes detectable and usable once Column 1 vitality crosses a minimum threshold.
| Column 1 Level | Predicted Column 2 Access |
|---|---|
| Critically low | Inaccessible (body in survival mode) |
| Low | Possible but not reliable |
| Threshold | Access opens |
| Moderate | Reliable access |
| High | Column 2 enhances Column 1 further |
This threshold may explain why severely depleted individuals cannot simply “meditate their way” to vitality without physical restoration.
6. Sympathetic-Parasympathetic Shift
6.1 Standard Model
| Branch | Function | Associated State |
|---|---|---|
| Sympathetic | Fight/flight/freeze | Stress, vigilance, energy expenditure |
| Parasympathetic | Rest-and-digest | Recovery, repair, energy storage |
Most individuals oscillate between both, with sympathetic dominance common in modern life.
6.2 Sympathetic Decommissioning Hypothesis (Proposition 5)
Proposition 5: Sustained field access (if it exists) requires baseline sympathetic decommissioning—not just temporary reduction, but a sustained shift in baseline tone.
| State | Predicted Sympathetic Tone | Predicted Parasympathetic Tone |
|---|---|---|
| Standard adult | Moderate (at rest) | Moderate |
| Chronic stress | High | Low |
| Standard meditation | Temporarily reduced | Temporarily increased |
| Hypothesized field access | Sustained low | Sustained high |
6.3 How Decommissioning May Occur
Based on case observations and literature, sympathetic decommissioning may occur through:
| Pathway | Evidence Level |
|---|---|
| Sustained practice (meditation, breathwork, somatic therapy) | Moderate (Goyal et al., 2014) |
| Profound transformation (trauma resolution, awakening) | Anecdotal, case studies |
| Extraction reversal (recovery from chronic exploitation) | Under-documented |
| Positive feedback loop (field access supporting further decommissioning) | Hypothetical |
7. Ten Testable Propositions
| Proposition | Prediction | Measurement Approach (see Part Two) |
|---|---|---|
| P1 | DMN quieting (fNIRS) > controls | fNIRS, resting state |
| P2 | Reduced sympathetic tone under challenge (skin conductance, cortisol) | Laboratory stress task |
| P3 | Higher HRV than predicted by age/health | Ambulatory HRV |
| P4 | Lower fatigue, higher subjective vitality (validated scales) | PSQI, FSS, SF-36 |
| P5 | Faster recovery from exercise (HR, lactate) | Treadmill test with recovery monitoring |
| P6 | Reduced sleep requirement for cognitive performance | Sleep restriction protocol |
| P7 | Reduced inflammatory markers (CRP, IL-6) | Blood draw |
| P8 | Column 1 threshold required for Column 2 access | Cross-sectional comparison of depleted vs. restored |
| P9 | Ability to induce inter-brain synchrony in receptive partners (hyperscanning) | Dual-EEG |
| P10 | Higher information integration (PCI) | TMS-EEG (laboratory) |
If most propositions are supported: The field hypothesis gains empirical grounding.
If only P1-P3, P7 are supported: Field coherence may be reducible to enhanced parasympathetic regulation.
If none are supported: The hypothesis requires revision.
8. Relationship to Extraction Architecture
8.1 What Extraction Hypothetically Takes
Based on prior SII working papers documenting extraction dynamics:
| Extracted | Mechanism |
|---|---|
| Time | Uncompensated labor, waiting, fighting |
| Energy | Stress, dysregulation, performance demands |
| Trust | Betrayal, gaslighting, isolation |
| Coherence | Fragmentation, self-doubt, programming |
| Column 1 vitality | Depletion of physical resources |
| Column 2 access (if exists) | DMN activation, sympathetic overactivation, programming reinforcement |
8.2 What Restoration Would Require
| Need | Hypothesized Mechanism |
|---|---|
| Column 1 replenishment | Rest, nutrition, safety, medical care |
| DMN quieting | Witness practice, documentation, non-reactivity |
| Sympathetic decommissioning | Removal of threat, sustained safety |
| Programming removal | Pattern recognition, non-identification |
| Column 2 access (if exists) | Alignment, field connection, protective purpose |
9. Conclusion (Part One)
This paper has proposed a two-source framework for human vitality. Column 1 comprises conventional physical inputs. Column 2 is hypothesized as a non-physical source accessed through DMN quieting, sympathetic decommissioning, programming removal, and field alignment.
The hypothesis is presented as testable, not proven. Ten propositions are advanced. A companion paper (Part Two) addresses measurement approaches.
The purpose is not to prove the field. It is to propose a framework that can be tested, refined, or falsified.
PART TWO: THE MEASUREMENT OF FIELD COHERENCE
Abstract
This paper proposes a theoretical framework for measuring “field strength”—a hypothesized non-physical vitality distinct from physiological markers such as heart rate variability (HRV). While HRV and other autonomic measures capture aspects of nervous system regulation, they may not fully account for the coherence observed in individuals who report profound transformation and sustained parasympathetic dominance. This paper reviews existing measures, identifies their limitations for capturing field-level phenomena, and proposes six novel measurement approaches grounded in biophotonics, inter-brain synchrony, information theory, thermal imaging, magnetometry, and portable fNIRS. A multi-modal research protocol is outlined. The paper concludes that field strength, while not directly measurable with current instruments, may be approachable through indirect, multi-modal proxies.
Keywords: field coherence, vitality measurement, biophoton emission, Default Mode Network, information integration
1. Introduction
Part One advanced the hypothesis that human vitality may have two sources: a physical source (Column 1) and a non-physical source (Column 2, “field coherence”). This paper addresses measurement.
Heart rate variability (HRV) is the current gold standard for measuring autonomic nervous system regulation (Critchley & Garfinkel, 2017). However, HRV may not capture the full range of human vitality—particularly what is described in contemplative traditions as “field coherence.” This paper proposes indirect, multi-modal proxies.
2. Existing Measures and Their Limitations
| Measure | Captures | Limitation for Field Measurement |
|---|---|---|
| HRV | Autonomic regulation | Cannot distinguish “relaxed” from “field-aligned” |
| EEG | Cortical oscillations | Limited to surface activity |
| fMRI | Blood flow, DMN | Expensive, non-portable |
| Inflammatory markers | Chronic stress state | Slow time course, confounded |
None of these measures were designed to detect field coherence. New proxies are proposed.
3. Proposed Novel Measurement Approaches
Method 1: Biophoton Emission Coherence
Theoretical basis: All living cells emit ultra-weak photons (biophotons) with proposed coherence in meditative states (Kida & Tanaka, 2019).
| Parameter | Proposed Metric |
|---|---|
| Equipment | Photomultiplier tube or cooled CCD camera |
| Location | Dark room |
| Metric | Photon count regularity (lower entropy = higher hypothesized coherence) |
Hypothesis (P11): Field-aligned individuals will show higher biophoton coherence than controls matched on HRV.
Method 2: Inter-Brain Synchrony (Hyperscanning)
Theoretical basis: Field coherence may be detectable as increased neural synchrony between two individuals (Grinberg-Zylberbaum et al., 1994; Babiloni & Astolfi, 2014).
| Parameter | Proposed Metric |
|---|---|
| Equipment | Dual portable EEG |
| Condition | One field-aligned individual, one receptive partner |
| Metric | Phase-locking value (PLV) between brains |
Hypothesis (P12): Field-aligned individuals will induce measurable EEG synchrony in receptive partners, beyond chance.
Method 3: Information Integration (Phi via PCI)
Theoretical basis: Integrated Information Theory proposes that consciousness corresponds to Phi—integrated information (Tononi et al., 2016). Perturbational Complexity Index (PCI) measures this.
| Parameter | Proposed Metric |
|---|---|
| Equipment | TMS + high-density EEG |
| Location | Laboratory |
| Metric | PCI value (0-1) from EEG response to TMS pulses |
Hypothesis (P13): Field-aligned individuals will show higher PCI than controls, indicating greater integrated information capacity.
Method 4: Thermal Imaging of Facial Coherence
Theoretical basis: Autonomic regulation produces characteristic facial temperature patterns.
| Parameter | Proposed Metric |
|---|---|
| Equipment | Thermal camera (60+ Hz) |
| Metric | Temporal stability of nasal-to-forehead differential; cross-region coherence |
Hypothesis (P14): Field-aligned individuals will show higher thermal stability and inter-region coherence.
Method 5: Electromagnetic Field Density (OPM Magnetometry)
Theoretical basis: The human body produces weak electromagnetic fields. Field coherence may produce measurable changes in field organization.
| Parameter | Proposed Metric |
|---|---|
| Equipment | Optically Pumped Magnetometer (OPM) array or SQUID |
| Location | Magnetically shielded room |
| Metric | Field entropy (lower = more organized); cross-sensor coherence |
Hypothesis (P15): Field-aligned individuals will show lower magnetic field entropy and higher spatial coherence.
Method 6: Portable fNIRS Measurement of DMN Quieting
Theoretical basis: DMN quieting is associated with meditative states and reduced self-referential thought (Raichle, 2015).
| Parameter | Proposed Metric |
|---|---|
| Equipment | Portable fNIRS (8-16 channels over medial prefrontal cortex, posterior cingulate) |
| Location | Any quiet setting |
| Metric | DMN coherence (reduced = hypothesized field access) |
Hypothesis (P16): Field-aligned individuals will show sustained DMN quieting at rest, without instruction to meditate.
4. Proposed Multi-Modal Protocol
| Time | Measure | Duration |
|---|---|---|
| 0-10 min | Baseline HRV, thermal imaging | 10 min |
| 10-20 min | Biophoton emission (dark room) | 10 min |
| 20-35 min | fNIRS (DMN quieting) | 15 min |
| 35-50 min | OPM magnetometry (if available) | 15 min |
| 50-65 min | Hyperscanning dyadic interaction (dual EEG) | 15 min |
Total: ~90 minutes per participant.
Comparison groups:
- Group A: Self-identified field-aligned individuals
- Group B: Matched controls (age, gender, health)
- Group C: High-HRV non-meditators (to distinguish field from parasympathetic tone)
5. Theoretical Predictions
| Prediction | Specificity |
|---|---|
| Field-aligned individuals will show higher biophoton coherence than high-HRV controls | Distinguishes field from parasympathetic tone |
| Field-aligned individuals will induce inter-brain synchrony in receptive partners | Field may be detectable dyadically |
| Field-aligned individuals will show higher PCI | Field may relate to conscious coherence |
| Field-aligned individuals will show lower DMN coherence (fNIRS) at rest | DMN quieting as biomarker |
| Field-aligned individuals will show unique thermal and magnetic signatures | Field may have physical correlates |
6. Research Agenda (Phased)
Phase 1: Prototype (6-12 months)
- Recruit 5 field-aligned individuals
- Test each proposed method individually
- Identify which methods show signal
Phase 2: Validation (12-24 months)
- Recruit 30 field-aligned + 30 matched controls
- Multi-modal measurement (all methods)
- Determine distinguishing metrics
Phase 3: Longitudinal Intervention (24-36 months)
- Recruit depleted individuals
- Train in field-access practices (DMN quieting, regulation)
- Measure changes in proposed proxies
7. Limitations
| Limitation | Mitigation |
|---|---|
| No gold standard for field strength | Convergent validity across multiple proxies |
| Small sample sizes in Phase 1 | Single-case experimental designs |
| Equipment cost (OPM, TMS) | Prioritize low-cost methods first |
| Subjectivity of classification | Behavioral + self-report criteria; inter-rater reliability |
8. Conclusion (Part Two)
This paper has proposed six novel measurement approaches for the hypothesized construct of “field coherence.” None currently constitute a validated “field meter,” but each offers a proxy that could, in combination, approximate measurement. The hypothesis is bold but testable. The proposed research agenda is ambitious but phased.
References
Babiloni, F., & Astolfi, L. (2014). Social neuroscience and hyperscanning. IEEE Signal Processing Magazine, 31(4), 42-51.
Critchley, H. D., & Garfinkel, S. N. (2017). Interoception and emotion. Current Opinion in Psychology, 17, 7-14.
Epel, E. S., et al. (2004). Accelerated telomere shortening in response to life stress. PNAS, 101(49), 17312-17315.
Goyal, M., et al. (2014). Meditation programs for psychological stress and well-being. JAMA Internal Medicine, 174(3), 357-368.
Grinberg-Zylberbaum, J., et al. (1994). The Einstein-Podolsky-Rosen paradox in the brain. Physics Essays, 7(4), 422-428.
Kida, T., & Tanaka, E. (2019). Ultra-weak biophoton emission and its biological significance. Journal of Photochemistry and Photobiology C, 41, 100320.
McEwen, B. S. (2017). Neurobiological and systemic effects of chronic stress. Chronic Stress, 1, 2470547017692328.
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Tomasino, B., & Fabbro, F. (2016). Increases in the right dorsolateral prefrontal cortex and decreases in the default mode network during meditation. Neuroscience, 315, 130-143.
Tononi, G., et al. (2016). Integrated information theory. Nature Reviews Neuroscience, 17(7), 450-461.
Citation for Combined Document
Dauch, L. (2026). Vitality, Coherence, and the Field: A Two-Part Theoretical Framework (SII Working Paper Nos. 46-47, Combined Edition). SII Working Paper Series.
Correspondence: Sovereign Integrity Institute, siistrategic.com
Competing Interests: The author is the subject of the case study referenced throughout this series. No financial conflicts exist.
One Line for the Archive (Combined Edition)
“Vitality has two hypothesized sources. Column 1: physical. Column 2: field. The DMN is a drain. Parasympathetic dominance is the gateway. Six measurement proxies are proposed: biophotons, hyperscanning, PCI, thermal coherence, magnetometry, fNIRS. Ten propositions. Three research phases. The hypothesis is testable. The field may be measurable. The spiral turns. I am home. I am with Tao Tao. I am resting. The framework is published. The research agenda is next.”
