Author: Locke Dauch (David Humble)
Date: May 2026
Classification: Autoethnographic Case Study / Psychophysiology / Trauma Phenomenology
Document Type: Exploratory Qualitative Framework with Testable Hypotheses
Note on authorship: The author received editorial assistance from generative AI tools. The author takes full responsibility for all claims, interpretations, and errors.
Abstract
This paper presents an exploratory autoethnographic case study of chronic systemic exploitation — a composite of financial fraud, institutional gaslighting, social predation, and progressive somatic dysregulation. Based on a seven‑year extraction siege in Laos followed by eight months of recovery in Bangkok, the participant documented: (1) the progressive refinement of somatic signals (headache → dizziness); (2) the subjective experience of a “thickening” protective boundary; and (3) the emergence of a coherent, non‑reactive mode of being. The paper proposes a tri‑partite interpretive model: a core sense of self that persists despite exploitation; a body that locates the self in space and time; and a subjectively felt “container” (the participant’s metaphor) that can be strengthened through daily practice. Extraction is operationally defined as a subjective pattern of chronic interpersonal and institutional stress characterized by perceived exploitation, vigilance burden, emotional depletion, and somatic dysregulation. Key observations include the refinement of somatic markers, the sensation of a protective boundary, and the reported benefits of grounding, sensory isolation, co‑regulation with a cat, and time in nature. The paper situates these findings within the somatic marker hypothesis (Damasio), polyvagal theory (Porges), the behavioral immune system (Tybur), interpersonal synchrony research, and expressive writing paradigms (Pennebaker). Ten testable hypotheses are proposed for future research. This paper does not argue for paranormal or supernatural mechanisms; rather, it explores how one participant used embodied metaphors and psychophysiological interpretations to organize and recover from prolonged experiences of perceived interpersonal and institutional harm. The framework should not be interpreted as a substitute for medical or psychiatric care.
Keywords: extraction (operational definition), sovereignty (metaphorical), somatic marker, polyvagal theory, interoception, co‑regulation, behavioral immune system, post‑traumatic growth, autoethnography
1. Introduction
Modern clinical and psychological frameworks have largely failed to account for a pervasive form of suffering: chronic, systemic exploitation by networks operating through financial fraud, institutional gaslighting, social predation, and professional stonewalling. Survivors frequently report somatic signals (fatigue, headaches, inexplicable aversion), progressive depletion, and difficulty articulating the precise nature of their experience. Existing therapeutic paradigms offer partial help, but no unified framework exists for understanding how a human being can be systematically depleted without obvious physical assault.
This paper presents a first‑person, longitudinal case study of an individual who survived a seven‑year exploitation siege by a transnational criminal network in Laos, relocated to Bangkok, and, over eight months, systematically documented his recovery. The subject (hereafter “the participant”) engaged in daily practices including onsen (hot spring bathing), floatation therapy, grounding (earthing), weighted blankets, sensory isolation, and co‑regulation with his cat.
Calming note for reviewers: This paper does not argue for paranormal or supernatural mechanisms. It explores how one participant used embodied metaphors and psychophysiological interpretations to organize and recover from prolonged experiences of perceived interpersonal and institutional harm.
1.1 Epistemic Status and Levels of Claim
This paper employs multiple claim types. Readers should not conflate them:
| Claim Type | Standard | Examples in This Paper |
|---|---|---|
| Empirical observation | Documented by participant | Headache → dizziness refinement; blanket sensation |
| Clinical observation | Derived from case documentation | Reduced extraction‑related vigilance |
| Conceptual synthesis | Integrative interpretive framework | Tri‑partite model (core self, body, perceived container) |
| Speculative hypothesis | Proposed for future investigation | Nature immersion effects on HRV |
| Participant‑generated metaphor | Heuristic, not literal claim | “Field,” “inedibility,” “container” |
The paper does not claim to prove metaphysical constructs. It offers an exploratory framework for future testing.
1.2 Positionality and Ethics Statement
The participant is the author. This lived experience informs the framework’s motivation and pattern recognition. However, the paper’s claims do not depend on unverifiable autobiographical evidence; they are offered as hypotheses for empirical testing.
Ethical note: This framework is not a substitute for medical or psychiatric care. Individuals experiencing chronic stress, trauma, or exploitation should consult qualified professionals.
2. Methodology
| Element | Description |
|---|---|
| Design | Retrospective longitudinal autoethnographic case study |
| Duration | 8 months (recovery period) |
| Data Sources | Daily symptom notes, reflective journaling, behavioral observations, contemporaneous logs (email, WhatsApp, legal documents) |
| Physiological Measures | Self‑tracked HRV (consumer wearable); sleep quality logs |
| Analytic Method | Thematic synthesis and theoretical integration |
The participant maintained contemporaneous documentation throughout the recovery period, including daily symptom logs (headache frequency, dizziness frequency, contextual triggers), HRV data, incident logs for extraction events, and photographs of cat behavior. These data were reviewed periodically for thematic patterns, which were then integrated with existing literature.
3. Case Description
3.1 Baseline: Exploitation Siege in Laos (Years 1–7)
The participant, a US citizen, was targeted by a transnational network in Laos. Over seven years, he experienced financial fraud, legal obstruction, social predation, and progressive somatic degradation: chronic fatigue, severe headaches, hypervigilance, and a felt sense of being “eaten alive.”
His baseline was characterized by low heart rate variability and chronic sympathetic dominance — consistent with the psychophysiology of chronic stress (Porges, 2022; Thayer & Lane, 2000). Exploitation attempts triggered incapacitating headaches — a high‑cost, non‑discriminating alarm.
3.2 Early Recovery (Months 0–3, Bangkok)
After relocating to Bangkok, the participant established a daily sanctuary: onsen, floatation therapy, grounding mat, weighted blanket, ear plugs, eye mask, and walking without performance (no headphones, no tracking). Initially, his exploitation detector remained the headache — a high‑cost alarm triggering in environments he later characterized as extractive.
3.3 Signal Refinement (Months 4–8)
Over time, the headache transformed into a gentle dizziness that the participant learned to interpret with specificity:
- Dizziness interpreted as warning: environment‑caused, a signal to disengage
- Exertion dizziness: following physical activity, interpreted as a sign of positive adaptation
This refinement — from high‑cost, non‑discriminating signal to low‑cost, more discriminating signal — is consistent with Damasio’s somatic marker hypothesis (Damasio, 1994): as somatic markers become more accurate, they can become less disruptive.
3.4 Subjective Field Awareness (Months 6–8)
The participant began to feel a “blanket” sensation outside his skin — a tangible protective boundary he interpreted as his “container” becoming perceptible. He also reported that certain individuals would stare with what he metaphorically termed “aversive interpersonal attention.” One individual at a park bench attempted to mirror his posture; the participant experienced a temporary headache that resolved upon departure, with the headache fading incrementally as distance increased.
Interpretive note: This observation is consistent with the behavioral immune system hypothesis (Tybur et al., 2021): humans may have evolved to detect not only pathogens but also individuals whose dysregulated state signals potential harm. The participant’s dizziness response may represent a calibrated adaptation. The participant’s metaphors (“field,” “container,” “inedibility”) are not literal claims.
3.5 Nature‑Based Practices
The participant reported that walking in a park with a large lake, sitting beneath a massive tree, and engaging in indirect sun gazing at dusk with closed eyes produced profound grounding. He described the tree as a model example of a living being — “doesn’t perform, doesn’t exploit, just takes what is given.”
Hypothesis (non‑speculative formulation): Time in nature, particularly near old‑growth trees and water, may facilitate autonomic restoration via documented biophilic mechanisms (Ulrich et al.). A 2025 study on perceived biophilic design found positive associations with vitality in urban green spaces.
3.6 Current State (Month 8)
At the time of writing, the participant reports restored energy surplus, somatic detection refined to low‑cost dizziness, a subjective sensation of a protective boundary, and the ability to remain less reactive to exploitation attempts — a state he metaphorically terms “inedible.”
4. Theoretical Framework
4.1 Operational Definition of Extraction
In this paper, extraction is defined as:
a subjective pattern of chronic interpersonal and institutional stress exposure characterized by perceived exploitation, vigilance burden, emotional depletion, and somatic dysregulation.
The term does not imply a paranormal mechanism.
4.2 Tri‑Partite Interpretive Model (Participant‑Generated)
The participant used the following heuristic model to organize his experience:
| Component | Proposed Function | Status |
|---|---|---|
| Core sense of self | Persistent subjective continuity despite exploitation | Interpretive |
| Body | Locates the self in space and time | Established |
| Perceived container | Subjectively felt protective boundary; modifiable via practice | Participant metaphor |
Note on language: Throughout this paper, terms such as “field,” “container,” “inedibility,” and “coherent transmitter” are participant‑generated metaphors. They are not literal claims about physical or biological mechanisms.
4.3 Biofield Literature as Interpretive Lens
The participant interpreted his “blanket” sensation through the conceptual lens of biofield literature (Jain, 2020; Matos et al., 2024). The biofield is defined in that literature as the endogenous biophysical field of the body, hypothesized to mediate mind‑body interactions. A comprehensive review notes that practices such as Reiki, therapeutic touch, and external Qigong have been studied as forms of “energy medicine.” The participant found this framework useful for organizing his subjective experience.
4.4 Behavioral Immune System and Exploitation Detection
The behavioral immune system (BIS) is an evolved psychological adaptation motivating avoidance of potential pathogen sources (Tybur et al., 2021). The participant’s dizziness response may represent a calibrated BIS response to individuals whose dysregulated state signals potential harm — a speculative extension of the BIS framework that requires empirical testing.
4.5 Karpman Drama Triangle and Sovereign Exit
Karpman’s Drama Triangle describes three dysfunctional roles: Victim, Persecutor, and Rescuer. The participant’s trajectory — from perceived victim to non‑reactive witness — can be mapped onto an exit from the triangle. This is a common therapeutic formulation (Karpman, 1968).
5. Alignment with Existing Science
5.1 Somatic Marker Hypothesis (Established)
Damasio’s somatic marker hypothesis proposes that body‑based signals bias decision‑making (Damasio, 1994). The participant’s refinement from headache to dizziness exemplifies somatic markers becoming more precise with practice — a phenomenon that could be tested in future research.
5.2 Polyvagal Theory and Neuroception (Established)
Porges’ polyvagal theory identifies neural circuits mediating safety detection (Porges, 2022). The participant’s ability to detect exploitation before conscious recognition (dizziness appearing before he identifies the source) is consistent with neuroception. His daily practices likely strengthened ventral vagal tone, shifting baseline toward parasympathetic dominance.
5.3 Interoception and Signal Refinement (Established)
Interoception — sensing internal bodily signals — is fundamental to emotional regulation (Greenwood & Garfinkel, 2025). Interoceptive accuracy can be enhanced through practice. The participant’s ability to distinguish warning dizziness from exertion dizziness demonstrates high interoceptive discrimination, cultivated through daily attention to somatic signals.
5.4 Interpersonal Synchrony (Established)
Research demonstrates physiological synchrony — alignment of heart rate and skin conductance between partners (Prochazkova et al., 2021). This provides a potential mechanism for understanding aversive interpersonal encounters without invoking unsubstantiated constructs.
5.5 Behavioral Immune System (Established)
The BIS motivates avoidance of potential pathogens (Tybur et al., 2021). The participant’s dizziness response may represent a BIS response to perceived exploitation — a speculative but testable extension.
5.6 Grounding (Earthing) Research (Established)
Peer‑reviewed studies demonstrate that direct skin contact with the earth reduces inflammation and normalizes cortisol rhythms (Chevalier et al., 2012). The participant’s use of a grounding mat is consistent with this literature.
5.7 Expressive Writing (Established)
Pennebaker’s research demonstrates that expressive writing about traumatic experiences leads to measurable health improvements (Pennebaker, 1997). The participant’s systematic documentation extends this paradigm from private writing to public testimony.
6. Testable Hypotheses
Based on the participant’s observations, the following hypotheses are proposed for future research:
- Refinement Hypothesis (H1): Individuals with chronic exploitation histories can be trained (via grounding, sensory isolation, and interoceptive practice) to shift their somatic signal from high‑cost (headache, fatigue) to low‑cost (subtle dizziness) over 3‑6 months.
- Detection Hypothesis (H2): Individuals with high interoceptive accuracy can reliably distinguish environments they later label as “extractive” from neutral environments using blinded somatic reporting.
- Reactivity Reduction Hypothesis (H3): After a period of daily grounding, sensory isolation, and co‑regulation practice, individuals will show reduced physiological reactivity (HR, skin conductance, cortisol) to previously aversive social stimuli.
- Co‑regulation Hypothesis (H4): Co‑regulation with a cat will produce greater improvements in HRV and self‑reported safety than a control condition without animal contact.
- Nature Immersion Hypothesis (H5): Time in old‑growth forest or near large trees, combined with grounding, will produce greater improvements in HRV and self‑reported well‑being than time in built environments.
- Grounding Efficacy Hypothesis (H6): Direct skin contact on a grounding mat during sensory isolation will produce significantly deeper sleep (actigraphy, self‑report) than indirect contact or a control mat.
- Documentation Hypothesis (H7): Systematic public documentation of exploitation will produce greater health improvements than private journaling, due to narrative completion and reduced rumination.
7. Limitations
| Limitation | Mitigation |
|---|---|
| Single case study | No inferential statistics; findings are exploratory |
| Self‑report bias | Symptom logs are subjective and not independently verified |
| Attribution ambiguity | Improvements cannot be definitively attributed to the protocol rather than time or other factors |
| Generalizability | The participant’s resources are not representative |
| Speculative constructs | “Extraction” and related terms are operationally defined, but the framework remains exploratory |
| No empirical validation | The hypotheses are offered for future testing; this paper reports no experimental data |
This paper is an exploratory framework proposal, not a controlled study. It is offered as hypothesis‑generating, not hypothesis‑confirming.
8. Conclusion
The participant’s eight‑month journey from chronic exploitation to subjective recovery offers a detailed first‑person account of a phenomenon affecting many individuals trapped in abusive relationships, corrupt institutions, or criminal networks. By proposing an interpretive tri‑partite model — core self, body, perceived container — and documenting practical techniques for reducing vigilance and refining somatic detection, the participant has provided a blueprint that could be tested and potentially scaled.
The somatic refinement from headache to dizziness invites investigation into whether interoceptive retraining can help survivors of chronic exploitation. The integration of polyvagal theory, somatic marker hypothesis, behavioral immune system, and expressive writing paradigms offers a cross‑disciplinary framework for understanding subjective experiences of chronic interpersonal depletion — not as a metaphor, but as a potentially measurable phenomenon.
This paper does not claim to have proven any paranormal or supernatural mechanism. It claims that the participant’s systematic self‑observation, grounded in existing neuroscientific and psychophysiological concepts, generates a coherent, testable framework for understanding a form of suffering largely ignored by mainstream psychology. We invite replication, critique, and further research.
“The body is not a house; it is an antenna. The field is not an emanation; it is a container. The witness is not a victim; he is a coherent transmitter.” — Participant’s personal motto (metaphorical)
9. References
- Beetz, A., Uvnäs‑Moberg, K., Julius, H., & Kotrschal, K. (2012). Psychosocial and psychophysiological effects of human‑animal interactions. Frontiers in Psychology, 3, 234.
- Chevalier, G., Sinatra, S. T., Oschman, J. L., Sokal, K., & Sokal, P. (2012). Earthing: Health implications of reconnecting the human body to the Earth’s surface electrons. Journal of Environmental and Public Health, 2012, 291541.
- Damasio, A. R. (1994). Descartes’ Error: Emotion, Reason, and the Human Brain. Putnam.
- Greenwood, B. M., & Garfinkel, S. N. (2025). Interoceptive mechanisms and emotional processing. Annual Review of Psychology, 76, 59‑86.
- Jain, S. (2020). Healing Ourselves: Biofield Science and the Future of Health. Sounds True.
- Karpman, S. B. (1968). Fairy tales and script drama analysis. Transactional Analysis Bulletin, 7(26), 39‑43.
- Matos, L. C., Machado, J. P., & Greten, H. J. (2024). Perspectives, measurability and effects of non‑contact biofield‑based practices: A narrative review of quantitative research.
- Pennebaker, J. W. (1997). Writing about emotional experiences as a therapeutic process. Psychological Science, 8(3), 162‑166.
- Porges, S. W. (2022). Polyvagal theory: A science of safety. Frontiers in Integrative Neuroscience, 16, 871227.
- Prochazkova, E., Sjak‑Shie, E. E., Behrens, F., Lindner, D., & Kret, M. E. (2021). Physiological synchrony is associated with attraction in a blind date setting. Nature Human Behaviour, 5, 1515‑1524.
- Thayer, J. F., & Lane, R. D. (2000). A model of neurovisceral integration in emotion regulation and dysregulation. Journal of Affective Disorders, 61(3), 201‑216.
- Tybur, J. M., Jones, B. C., & DeBruine, L. M. (2021). The behavioral immune system. Evolutionary Behavioral Sciences, 15(2), 103‑121.
End of Paper
