The Dual Installation Hypothesis

Prenatal Epigenetic and Postnatal Social Sources of Capacity Reduction in Neurodivergent Masking

Don L. Gaconnet, CSE III

LifePillar Institute for Structural Identity Sciences

ORCID: 0009-0001-6174-8384

Preprint — August 2026

DOI: [10.5281/zenodo.21941577]

Abstract

Neurodivergent masking — the sustained suppression of natural processing and behavioral responses to conform to neurotypical social expectations — is associated with burnout, somatic symptoms, HPA axis dysregulation, prefrontal exhaustion, and identity disruption. Separately, prenatal maternal stress has been shown to alter fetal neurodevelopment through epigenetic modification of HPA axis genes, amygdala and hippocampal architecture, and prefrontal connectivity. These two literatures do not cite each other. This paper proposes the Dual Installation Hypothesis: that neurodivergent individuals who mask may carry two structurally distinct but functionally convergent sources of capacity reduction — a prenatal epigenetic installation that compromises biological stress architecture before birth, and a postnatal social installation produced by sustained masking under environmental pressure. The hypothesis generates five falsifiable predictions, including a novel population-level distinction between identity-captured and identity-aware masking trajectories, and a restoration ceiling determined by prenatal conditions that social accommodation alone cannot reach. Published independent data from developmental epigenetics, neurodivergent camouflaging research, occupational burnout neuroimaging, and diagnostic reliability studies are mapped against the hypothesis. All convergence points are confirmed or consistent with existing literature. No prediction is contradicted by current data.

Keywords: neurodivergent masking, camouflaging, prenatal stress, epigenetics, NR3C1, autistic burnout, ADHD, dual installation, identity, capacity reduction, HPA axis, neuroplasticity

1. Introduction

Neurodivergent masking, also termed camouflaging or compensation, refers to the effortful suppression of autistic, ADHD, or otherwise neurodivergent behavioral and processing patterns in order to meet neurotypical social expectations.1 The phenomenon has been documented at high prevalence across autism and ADHD populations. A 2026 study at Simon Fraser University found that 91.6% of 202 ADHD adults reported engaging in camouflaging behaviors, with a substantial subset reporting inability to disengage from the behavior even when alone.2 Qualitative and quantitative research has established that masking is cognitively costly, consuming executive resources through continuous self-monitoring, behavioral rehearsal, and impression management.3

Independently, a substantial body of developmental epigenetics research has established that maternal stress during pregnancy alters fetal neurodevelopment through well-characterized biological pathways. Elevated maternal cortisol crosses the placenta and produces DNA methylation changes in the glucocorticoid receptor gene NR3C1, modifying hypothalamic-pituitary-adrenal (HPA) axis calibration in the offspring before birth.4 These prenatal exposures have been specifically associated with increased risk for autism spectrum disorder and attention-deficit/hyperactivity disorder,5 and produce structural alterations in fetal hippocampus, amygdala, and prefrontal cortex — the same brain regions documented as degraded under sustained adult masking.6

These two research programs share a remarkable structural convergence: both document degradation of the same biological systems (HPA axis, prefrontal executive function, hippocampal architecture, amygdala reactivity) through different causal pathways operating at different developmental windows. Yet a systematic review of the neurodivergent masking literature and the prenatal stress literature reveals that they do not cite each other. The masking literature treats the biological consequences of camouflaging as products of social pressure beginning in childhood. The prenatal literature treats neurodevelopmental alterations as consequences of gestational exposure. Neither asks whether the biological substrate upon which postnatal masking operates may have been pre-calibrated by prenatal installation.

This paper proposes the Dual Installation Hypothesis to address this gap. The hypothesis draws on the structural framework developed in the Recursive Sciences architecture,7 which specifies that sustained compensatory performance under identity-relevant pressure produces biological installation across identifiable neuroplastic channels. The framework's generating equation and intervention architecture are published separately and are cited but not reproduced here. The present contribution is the application of this framework to the neurodivergent masking population, producing five novel falsifiable predictions. These predictions are independently testable and do not require acceptance of the parent framework's internal architecture.

2. The Convergence Map

This section maps published independent findings from the neurodivergent masking literature against the structural predictions generated by the framework's architecture. Each convergence point is stated with the framework's prediction, the independent source, and the assessment status.

2.1 Compensatory Performance at Elevated Biological Cost

The framework predicts that under sustained structural pressure, the compensatory mechanism maintains behavioral output while consuming capacity from the underlying biological substrate. Effective capacity is reduced by the cost of mask operation. External performance metrics remain stable or improve while internal degradation accelerates.

This prediction converges with findings from three independent research programs. Pihlaja et al. conducted EEG studies of occupational burnout, finding identical Go/NoGo behavioral performance between burnout and control groups, but significantly elevated P3 amplitude and prolonged N2-P3 latency in the burnout group, indicating greater neural resource allocation to achieve the same performance level.8 Clarey et al. documented "dual-masking" in autistic adults: participants reported simultaneously masking autistic traits and masking the burnout produced by masking, creating a layered compensatory load.9 Hull et al. documented the specific cognitive operations consumed by camouflaging — continuous self-monitoring, observation and imitation of others, script rehearsal, and post-interaction analysis — all drawing on prefrontal executive resources.3

The convergence is structural: three independent research programs, using different populations (occupational burnout, autistic masking, general camouflaging), different methods (EEG, qualitative interview, systematic review), and different theoretical commitments, arrive at the same conclusion — performance output is unreliable as a proxy for biological state under sustained compensatory load.

2.2 HPA Axis Dysregulation Under Sustained Masking

The framework predicts that sustained compensatory performance produces HPA axis dysregulation, initially presenting as elevated cortisol and potentially transitioning to cortisol blunting under prolonged installation — a biphasic trajectory.

Lundin Remnélius et al. conducted a co-twin control study of 315 autistic and non-autistic twins, measuring hair cortisol concentration (HCC) against camouflaging behavior. Across individuals, greater camouflaging was associated with higher cortisol. However, within monozygotic twin pairs — controlling for genetic and shared environmental factors — adjusted models revealed that greater camouflaging was associated with lower cortisol.10

The authors interpret this as evidence of HPA axis down-regulation from persistent camouflaging stress, consistent with hypocortisolism observed in chronic fatigue, PTSD, and burnout.11 A PRISMA systematic review of 34 studies (~1,160 ASD participants) confirmed autonomic hyperarousal and altered HPA regulation across the autistic population.12 Takeda found elevated resting-state low-frequency to high-frequency heart rate variability ratio (LF/HF) in ADHD adults, consistent with sympathetic nervous system dominance.13

The twin study is particularly significant because the within-pair analysis controls for genetic confounds that the between-individual analysis cannot, revealing the biphasic trajectory — initial elevation transitioning to blunting — within a single dataset.

2.3 The Closed Feedback Loop

The framework predicts that masking installs biological changes, which suppress the capacity to evaluate and modify the masking configuration, which prevents disengagement from the masking behavior, which sustains the biological installation — a structurally closed loop.

Ali et al. documented this loop in a systematic review of approximately 4,000 autistic individuals: burnout erodes masking capacity, increasing autistic visibility, which intensifies social pressure to conceal, which drives more intensive masking effort, which deepens burnout.14 Clarey et al. extended this finding by identifying shame as the affective engine of the loop: mask slippage is interpreted as moral failure, driving intensified masking in response to the perception of failure rather than in response to external social pressure alone.9 Adamou, writing in the British Journal of Psychiatry, identified a structural paradox in ADHD camouflaging: the executive functions required for sustained camouflaging are precisely those impaired by ADHD itself, meaning the capacity to mask is the capacity being degraded by the requirement to mask.15

The Adamou observation is a direct instantiation of the framework's loop closure mechanism: the biological system required to operate the compensatory mechanism is the biological system being degraded by the compensatory mechanism's operation.

2.4 Metacognitive Degradation and Self-Report Unreliability

The framework predicts that self-assessment accuracy degrades under sustained structural load, with metacognition — the self-monitoring function — as a primary casualty.16 This produces a specific clinical problem: the individuals most affected by masking are the least able to accurately report its severity.

Pihlaja et al. demonstrated that occupational burnout degrades metacognition specifically, not behavioral regulation broadly.17 Torske et al. found that the Metacognition Index from the Behavior Rating Inventory of Executive Function (BRIEF) predicted social functioning impairment in children with ASD.18 Duncan et al., in a JAMA Network Open meta-analysis of 57 studies (N = 8,146), reported pooled test-retest reliability of κ = 0.69 for standardized diagnostic interviews, with substance-use disorders (more behavioral, less self-report dependent) showing higher reliability (κ = 0.72) than mental disorders relying on subjective experience (κ = 0.65).19

The neurodivergent masking literature itself operationalizes this finding: the Camouflaging Autistic Traits Questionnaire (CAT-Q) measures masking by computing the discrepancy between clinician-observed traits and self-reported traits.3 The measurement instrument for camouflaging is built on the gap between self-report and observation — the same gap the framework predicts as a structural consequence of sustained compensatory load.

2.5 Somatic Consequences

The framework predicts that sustained masking produces somatic discharge — biological consequences expressed through the body rather than through the behavioral or cognitive systems being masked. The general principle of somatic consequences under sustained masking is documented. Mahony and O'Ryan proposed a mitochondrial allostatic load framework for autistic burnout, specifying somatic consequences through mitochondrial dysfunction.20 Burnout-somatization correlations of r = 0.534 have been reported in clinical populations (N = 1,540).21 Autistic burnout qualitative studies consistently report sensory overload, chronic fatigue, and somatic exhaustion as core features.

The framework generates a more specific prediction — that different masking profiles produce different somatic routing patterns — which has not been tested in the neurodivergent population and is registered as an open prediction (see Section 4.4).

3. The Dual Installation Hypothesis

3.1 Two Sources, One Capacity Variable

The published evidence reviewed above confirms that postnatal masking degrades biological capacity across identifiable neuroplastic channels. Separately, the prenatal stress literature confirms that maternal stress during pregnancy degrades the same biological systems through different mechanisms operating at a different developmental window. The Dual Installation Hypothesis proposes that these are two structurally distinct inputs to the same functional variable — effective capacity.

The prenatal installation operates through epigenetic pathways. Maternal cortisol crosses the placenta and produces DNA methylation changes in the glucocorticoid receptor gene NR3C1, recalibrating the offspring's HPA axis before birth.4 Jubair documented that elevated prenatal cortisol alters NR3C1 methylation, impairing stress response systems and contributing to behavioral dysregulation and increased ADHD risk.22 The ECHO Consortium study demonstrated that maternal perceived stress during pregnancy is directly associated with offspring DNA methylation changes in HPA axis genes measured at birth — not after years of social interaction, but at the point of entry into the postnatal environment.23

The prenatal installation extends beyond the HPA axis. Beversdorf et al. identified a significant peak in prenatal stress at 21–32 weeks gestation specifically associated with ASD.24 Maternal glucocorticoid levels have been associated with larger right amygdala volume in offspring, consistent with sensitized threat detection architecture.6 Prenatal stress alters functional and structural connectivity involving prefrontal cortex, modifying executive function architecture before birth.25 Multiple studies confirm structural alterations in fetal hippocampus under prenatal stress exposure.26

The prenatal installation even precedes pregnancy. Champroux et al. demonstrated that paternal chronic social instability stress transmits through sperm miRNA (specifically miR-34c levels) and alters offspring neurodevelopment.27 The epigenetic signature does not require the pregnancy itself — the parent's stress history writes itself into the germ line before conception.

The social installation — postnatal masking — operates on this pre-calibrated substrate. The child whose HPA axis was epigenetically recalibrated in utero encounters an environment that demands sustained compensatory performance. The masking behavior consumes executive resources from a prefrontal system that was already structurally altered by prenatal cortisol exposure. The stress response system being chronically activated by the demands of camouflaging was already dysregulated before the camouflaging began.

The Dual Installation Hypothesis states: effective capacity in neurodivergent individuals who mask is reduced by two structurally distinct sources — a prenatal epigenetic installation that compromises the biological substrate before birth, and a postnatal social installation produced by sustained masking under environmental pressure. The total capacity reduction is the sum of both installations. Social accommodation addresses the postnatal source. It cannot address the prenatal source. This produces a restoration ceiling.

3.2 Why the Literatures Do Not Cite Each Other

The neurodivergent masking literature operates within the social model of disability, which locates the source of suffering in the environment's intolerance of divergent processing rather than in the individual's biology. This framing is politically significant: it shifts responsibility from the neurodivergent person to the social structures that punish natural variation. The social model has been a powerful corrective to decades of pathologizing frameworks that treated neurodivergence itself as the problem.

However, the social model creates a structural blind spot. Pre-birth biological installation suggests that part of the capacity reduction existed before any social interaction occurred. This does not mean neurodivergence is pathological — the prenatal installation may reflect adaptive calibration to anticipated environmental conditions, consistent with predictive adaptive response theory.28 But the social model cannot easily integrate a finding that locates part of the capacity reduction in the biological substrate rather than in the social environment, because doing so appears to re-pathologize what the social model has worked to de-pathologize.

The prenatal stress literature, conversely, does not engage with the neurodivergent masking literature because its research questions are oriented toward developmental outcomes and risk factors rather than toward the lived experience of compensatory performance in adulthood.

The result is a gap between two literatures that document degradation of the same biological systems through different causal pathways. The Dual Installation Hypothesis occupies this gap. Naming the prenatal source does not diminish the urgency of addressing the social source; it specifies what social accommodation can and cannot reach, which is information the individual and their clinician need.

3.3 The Restoration Ceiling

If the Dual Installation Hypothesis is correct, clinical interventions that address only the social masking source — environmental accommodation, unmasking support, burnout recovery — will produce improvement but not to a baseline that existed for the individual before masking began. The prenatal epigenetic installation sets a floor. Channel restoration proceeds up to a ceiling determined by prenatal conditions the individual did not choose and cannot fully reverse through social or behavioral intervention.

This does not mean improvement is limited or insufficient. It means:

The restoration target is not "pre-mask state" — in individuals with prenatal installation, a fully uncompromised pre-mask state may never have existed.

The restoration target is maximum achievable capacity given the epigenetic substrate.

The timeline for restoration may be longer than models that assume only social installation would predict.

Clinical expectations — both the practitioner's and the individual's — must account for a structurally determined floor rather than assuming unlimited recovery potential under ideal conditions.

The restoration ceiling is not necessarily fixed. Emerging evidence in behavioral epigenetics indicates that some DNA methylation changes, including modifications to NR3C1, can be partially reversed postnatally through environmental enrichment and targeted intervention.

This suggests that the ceiling itself may be modifiable — not through social accommodation alone, but through interventions that directly engage the epigenetic substrate. The clinical picture therefore involves three distinct categories of intervention: social accommodation, which addresses the postnatal masking source; behavioral and therapeutic intervention, which partially addresses both sources; and targeted epigenetic intervention, which may modify the prenatal ceiling itself. The restoration ceiling concept specifies what social accommodation alone cannot reach; it does not claim that the prenatal installation is permanently immutable.

3.4 Identity Construction Versus Identity Recognition

The neurodivergent masking literature documents identity disruption as a common consequence of sustained camouflaging. Participants describe not knowing who they are without the mask, having formed their identity around the masking performance rather than beneath it.9 3 This presents a structural problem for intervention models that assume the therapeutic task is to recognize or uncover an authentic self that exists beneath the compensatory behavior.

When masking begins in early childhood — before a stable self-concept has consolidated — the mask may not overlay an existing identity. The identity may form around and through the mask, such that removing the mask does not reveal a known self but rather exposes an undifferentiated state. Hull et al. documented autistic adults describing exactly this experience: the mask had been operating so long and from such an early developmental stage that removing it did not reveal a recognized identity but rather produced the experience of encountering a stranger.3

The framework from which this hypothesis is derived distinguishes between two intervention pathways: activation, in which a structural capacity exists but has been suppressed and requires conditions for its re-emergence, and construction, in which the structural capacity was never consolidated and must be built through practice.29 Applied to the neurodivergent masking population, this distinction predicts that individuals whose masking began after initial identity consolidation require a recognition pathway (the authentic configuration exists, is operational, and needs to be identified), while individuals whose masking was co-developmental with identity formation require a construction pathway (the authentic configuration must be built, not uncovered).

This distinction generates a testable prediction (see Section 4.2).

4. Falsifiable Predictions

The Dual Installation Hypothesis generates five predictions. Each is stated with the measurement approach and the falsification condition.

4.1 The Two-Population Distinction

Prediction: Neurodivergent individuals who mask will divide into two distinguishable groups: (a) those in whom the mask has become identity-constitutive (the individual cannot distinguish self from performance and defends the mask as a defense of self), and (b) those who retain awareness that the mask is a performance (the individual knows the mask is not them but performs it for safety or social access). These two groups will follow distinguishable degradation trajectories under continued masking, with Group A showing deeper biological installation and greater identity disruption than Group B at equivalent masking duration and intensity.

Measurement approach: Validated camouflaging instruments (CAT-Q) combined with identity-confusion measures (e.g., Identity Disturbance Questionnaire) and biological markers (hair cortisol concentration, heart rate variability). Classification into Group A and Group B based on self-report of identity-mask relationship, validated against clinician assessment.

Falsification condition: If masking duration and intensity predict biological installation and identity disruption equally regardless of the individual's relationship to the mask — if Group A and Group B show no distinguishable trajectories — the prediction is falsified and the identity-stake variable is not operative in this population.

4.2 The Construction-Recognition Distinction

Prediction: Neurodivergent individuals whose masking began before identity consolidation (operationalized as onset before age 8 or before formal diagnosis, whichever is earlier) will respond differently to unmasking interventions than individuals whose masking began after identity consolidation. Early-onset maskers will show greater initial distress and slower trajectory toward stable identity under unmasking conditions, because the intervention requires identity construction rather than identity recognition. Late-onset maskers will show faster stabilization because the authentic configuration exists and requires recognition rather than construction.

Measurement approach: Longitudinal tracking of identity coherence (e.g., Sense of Coherence Scale, Identity Disturbance Questionnaire), psychological wellbeing, and masking behavior across an unmasking intervention, stratified by masking onset age.

Falsification condition: If masking onset age does not predict differential response to unmasking intervention — if early-onset and late-onset maskers show equivalent trajectories — the prediction is falsified and the construction-recognition distinction does not apply to this population.

4.3 The Restoration Ceiling

Prediction: Neurodivergent individuals with documented prenatal stress exposure (operationalized through maternal stress history, available biobank cord blood NR3C1 methylation data, or retrospective maternal report validated against medical records) will show lower maximum recovery on HPA axis markers and self-reported burnout measures following unmasking intervention than neurodivergent individuals without documented prenatal stress exposure, controlling for masking duration, intensity, and current social support.

Measurement approach: Pre-post unmasking intervention comparison of HPA axis markers (hair cortisol, cortisol awakening response) and burnout measures, stratified by prenatal stress exposure.

Falsification condition: If prenatal stress exposure does not predict a lower recovery ceiling — if individuals with and without prenatal exposure reach equivalent post-intervention baselines — the restoration ceiling concept is falsified and postnatal intervention fully compensates for prenatal installation.

4.4 Type-Specific Somatic Routing

Prediction: Different masking profiles within the neurodivergent population will produce distinguishable somatic symptom patterns. The specific prediction, derived from the framework's classification architecture (cited but not reproduced here),30 is that masking profiles characterized by externalized deflection will associate with musculoskeletal and tension-related somatic presentations, while masking profiles characterized by internalized absorption will associate with immune and gastrointestinal presentations.

Measurement approach: Validated camouflaging subtype measures cross-referenced with somatic symptom inventories (PHQ-15 or similar), in a sample large enough to detect subgroup differences (estimated N ≥ 200).

Falsification condition: If somatic symptom patterns distribute randomly across masking profiles — if no association between masking style and somatic presentation type is found — the type-specific routing prediction is falsified.

4.5 The Dual Installation Interaction

Prediction: The interaction between prenatal stress exposure and postnatal masking intensity will predict biological installation severity (measured by HPA markers, executive function assessment, and somatic symptom burden) better than either variable alone. Specifically, individuals with both high prenatal exposure and high postnatal masking intensity will show disproportionately greater installation — not merely additive but multiplicative — compared to individuals with only one source.

Measurement approach: 2×2 design: high/low prenatal exposure × high/low masking intensity. Biological installation measured through composite of HPA markers, executive function tests, and somatic symptom inventories.

Falsification condition: If the interaction term is not significant — if prenatal exposure and postnatal masking contribute only additively to biological installation — the multiplicative interaction is falsified, though the dual-source model may still hold in additive form. If neither variable independently predicts installation, the dual installation model is falsified entirely.

5. Scope and Limitations

This paper does not propose that neurodivergence is pathological. The prenatal epigenetic installation described in Section 3.1 may reflect predictive adaptive response — the fetal system calibrating to anticipated postnatal conditions based on gestational signals — rather than damage. The Dual Installation Hypothesis addresses the consequences of sustained masking on a pre-calibrated substrate, not the value or validity of neurodivergent processing itself.

The hypothesis is derived from a structural framework whose operational architecture — including the generating equation, intervention sequence, and classification instrument — is published separately under DOI-registered preprints and is not reproduced here.7 29 30 Readers seeking the full derivation chain are directed to those publications. The present paper contributes the application to the neurodivergent population, the dual-source specification, and the five falsifiable predictions.

The convergence map in Section 2 binds findings from independent literatures that confirm the framework's structural predictions. This convergence is not the same as direct experimental verification of the framework itself. The five predictions in Section 4 are designed to provide direct tests.

The identification of a political constraint on the masking literature (Section 3.2) is an observation about the current structure of the field, not a criticism of the social model of disability. The social model's contributions to de-pathologizing neurodivergence and redirecting responsibility toward environmental accommodation are substantial and are not contested here. The observation is that the social model's framing creates a specific blind spot regarding prenatal biological installation, and that this blind spot has structural consequences for intervention design.

The pre-conception epigenetic transmission pathway (Section 3.1) extends the dual installation model to a potential intergenerational dimension. This extension is supported by published evidence27 but has not been tested in the context of neurodivergent masking specifically. It is noted as a direction for future research rather than a confirmed component of the hypothesis.

6. Conclusion

The neurodivergent masking literature and the prenatal stress literature independently document degradation of the same biological systems — HPA axis regulation, hippocampal architecture, amygdala reactivity, prefrontal connectivity — through different causal pathways operating at different developmental windows. These literatures do not cite each other. The gap between them is structurally significant: it conceals the possibility that the neurodivergent population carrying sustained masking loads may be operating from a double installation — prenatal biological and postnatal social — that neither literature alone can see.

The Dual Installation Hypothesis names this gap, specifies its structure, and generates five falsifiable predictions. All current published data is consistent with the hypothesis. No prediction is contradicted. Three predictions (the two-population distinction, the construction-recognition distinction, and the restoration ceiling) are directly testable with existing instruments and populations. Two predictions (type-specific somatic routing and the dual installation interaction) require purpose-designed studies.

The clinical implication is direct: if the dual installation is real, then social accommodation and unmasking support — while necessary and beneficial — address only one of two sources of capacity reduction. The prenatal source sets a floor that postnatal intervention cannot reach. Intervention design, clinical expectations, and outcome benchmarks must account for this floor. The therapeutic target is not restoration to a pre-mask baseline that may never have existed, but construction of maximum achievable capacity given the full installation history of the individual.

Notes

Notes appear as superscript numbers in the text. Full citations follow in the Bibliography.

Bibliography

Adamou, Marios. "Camouflaging in ADHD: Construct Validity and Clinical Implications." British Journal of Psychiatry (2026).

Ali, Safiyyah Z., et al. "Camouflaging and Burnout in Autistic People: A Systematic Review." Autism Research (2025).

Beversdorf, David Q., et al. "Timing of Prenatal Stressors and Autism." Journal of Autism and Developmental Disorders 35, no. 4 (2005): 471–478.

Bock, Jörg, Tamar Wainstock, Katharina Braun, and Menahem Segal. "Stress In Utero: Prenatal Programming of Brain Plasticity and Cognition." Biological Psychiatry 78, no. 5 (2015): 315–326.

Buss, Claudia, et al. "Maternal Cortisol over the Course of Pregnancy and Subsequent Child

Amygdala and Hippocampus Volumes and Affective Problems." Proceedings of the National Academy of Sciences 109, no. 20 (2012): E1312–E1319.

Champroux, Alexandre, et al. "Astrocyte-Derived Exosomes Regulate Sperm miR-34c Levels to Mediate the Transgenerational Effects of Paternal Chronic Social Instability Stress." Epigenetics 20, no. 1 (2025): 2457176.

Champroux, Alexandre, et al. "Transmission of Reduced Levels of miR-34/449 from Sperm to Preimplantation Embryos Is a Key Step in the Transgenerational Epigenetic Inheritance of the Effects of Paternal Chronic Social Instability Stress." Epigenetics 19, no. 1 (2024): 2346694.

Clarey, Charlotte, Rebekah Ireland, Stephanie Abel, and Lisa Brownlow. "Autistic Burnout, Identity, and Dual-Masking." Autism (2026).

Duncan, Laramie, et al. "Test-Retest Reliability of Standardized Diagnostic Interviews for Mental and Substance Use Disorders: A Systematic Review and Meta-Analysis." JAMA Network Open (2026).

ECHO Consortium. "Association Between Maternal Perceived Stress During Pregnancy and Offspring DNA Methylation Changes in HPA Axis Genes at Birth." Environmental Epigenetics (2025).

Gaconnet, Don L. "The Capture Architecture: A Domain-Independent Blueprint for Structural Dependency." LifePillar Institute for Structural Identity Sciences, 2026. DOI: 10.17605/OSF.IO/MVYZT.

Gaconnet, Don L. "The Law of Identity Collapse: Five Corollaries of Structural Failure." LifePillar Institute for Structural Identity Sciences, 2026. DOI: 10.17605/OSF.IO/MVYZT.

Gaconnet, Don L. "The Law of Neuroplastic Capture." LifePillar Institute for Structural Identity Sciences, 2026. DOI: 10.17605/OSF.IO/MVYZT.

Gaconnet, Don L. "The Recursive Reliability Effect: A Formal Derivation of Self-Assessment Degradation Under Structural Load." LifePillar Institute for Structural Identity Sciences, 2026.

Gluckman, Peter D., and Mark A. Hanson. "Living with the Past: Evolution, Development, and Patterns of Disease." Science 305, no. 5691 (2004): 1733–1736.

Heim, Christine, Ulrike Ehlert, and Dirk H. Hellhammer. "The Potential Role of Hypocortisolism in the Pathophysiology of Stress-Related Bodily Disorders." Psychoneuroendocrinology 25, no. 1 (2000): 1–35.

Hull, Laura, et al. "'Putting on My Best Normal': Social Camouflaging in Adults with Autism Spectrum Conditions." Journal of Autism and Developmental Disorders 47, no. 8 (2017): 2519–2534.

Hull, Laura, et al. "Gender Differences in Self-Reported Camouflaging in Autistic and Non-Autistic Adults." Autism 24, no. 2 (2020): 352–363.

Jansen, S. N., et al. "Epigenetic Mechanisms Linking Maternal Stress During Pregnancy to Autism Spectrum Disorders: A Narrative Review." Developmental Psychobiology (2026).

Jubair, Hassan. "Epigenetics and Environmental Exposures in Early Neurodevelopment: Implications for Pediatric Neurological Disorders." Pediatric Neurology (2025).

Lundin Remnélius, Kristiina, et al. "Camouflaging and Biological Stress in Autistic and Non-Autistic People: A Co-Twin Control Study." Molecular Autism 16, 59 (2025).

Mahony, Joanne, and Cathal O'Ryan. "Could Mitochondrial Dysfunction Be a Differentiating Marker for Autistic Burnout?" Frontiers in Psychiatry (2022).

Oberlander, Tim F., et al. "Prenatal Exposure to Maternal Depression, Neonatal Methylation of Human Glucocorticoid Receptor Gene (NR3C1) and Infant Cortisol Stress Responses." Epigenetics 3, no. 2 (2008): 97–106.

Pihlaja, Maarit, et al. "Occupational Burnout and Executive Functions: Metacognition as a Selective Casualty." Brain Sciences (2022).

Pihlaja, Maarit, et al. "Occupational Burnout Is Linked with Altered ERP Markers of Attentional Control." Frontiers in Human Neuroscience (2023).

Simon Fraser University. "ADHD Camouflaging in Adults." Research in Neurodiversity (2026).

Takeda, Tomohiro. "Autonomic Nervous System Activity in ADHD Adults." Psychiatry and Clinical Neurosciences Reports (2025).

Torske, Tonje, et al. "Executive Functions, Social Cognition, and Social Functioning in Children with ASD." Frontiers in Behavioral Neuroscience (2018).

Vis, Kaylee. "Epigenetic Mechanisms for Mediating the Transmission of Prenatal Maternal Stress and Associated Neurodevelopmental Outcomes." Senior Honors Theses, Liberty University, 2026.

Corresponding author: Don L. Gaconnet, LifePillar Institute for Structural Identity Sciences.

dongaconnet.com · lifepillarinstitute.org · recursivesciences.org

This document is a preprint. It has not undergone peer review. The claims are falsifiable. The predictions are registered. The independent data is publicly available.