Jared Edward Reser, Ph.D.
Public working edition, September 2026
For more than two decades, I have used research papers, books, websites, and essays to develop hypotheses about cognition, consciousness, artificial intelligence, neurodiversity, evolutionary medicine, chronic stress, and somatic rehabilitation.
This post brings that work together as a public registry. It contains 200 distinct hypothesis-level entries, organized into five research domains and connected wherever possible to their conceptual parents and earliest located public sources. The purpose is to make the ideas easier to inspect, compare, criticize, test, and develop. It also establishes a visible intellectual chronology at a moment when artificial intelligence is beginning to accelerate hypothesis generation across science.
The entries are not all offered at the same level of confidence or maturity. Some are established research programs supported by peer-reviewed papers or book-length treatments. Some are narrower mechanisms or predictions generated by those programs. Others are exploratory seeds that may ultimately prove insightful, incomplete, mistaken, or convergent with prior work.
Registry at a glance
| Domain | Entries |
|---|---|
| Iterative cognition, memory, and consciousness | 18 |
| Artificial cognition, AI safety, and AI-mediated science | 23 |
| Evolutionary neuroecology, neurodiversity, and medicine | 67 |
| Program Peace and somatic rehabilitation | 79 |
| Psychology, neuroscience, philosophy, anatomy, and other ideas | 17 |
| Total | 204 |
25 principal hypotheses and research programs
Developmental Cerebral Thrift: Prenatal cues predictive of severe deprivation may bias neurodevelopment toward reduced cerebral growth and energetic expenditure, with some cognitive-developmental impairments representing extreme or mismatched expressions of that response. 2006 research paper
Schizophrenia as Stress-Calibrated Phenotypic Plasticity: Some schizophrenia-spectrum traits may arise when developmental adversity calibrates cognition, salience, metabolism, and behavior toward a defensive phenotype that later becomes extreme, mismatched, or decompensated. 2007 research lineage
Adaptive Cerebral Thrift in Aging and Alzheimer’s Disease: Normal cognitive aging and some Alzheimer-related changes may reflect excessive or irreversible deployment of an ancient late-life cerebral energy-economization program. 2009 research paper
The Solitary Forager Hypothesis of Autism: Some common autism-associated traits may have been maintained because low social dependence, sustained nonsocial attention, systemizing, and self-sufficient environmental problem solving were advantageous in particular ancestral ecologies. 2011 research paper
Iterative Updating and Mental Continuity: Thought remains temporally continuous because successive working-memory states retain some representations while selectively replacing others, producing overlapping neural and representational configurations through time. 2011 public antecedent; 2016 peer-reviewed formulation
Persistent Somatic Adaptation to Chronic Stress / Program Peace: Chronic stress can become embodied as persistent respiratory, muscular, postural, facial, ocular, vocal, and behavioral defaults that may remain after the originating threat disappears. Program Peace overview
Iterative Machine Cognition: Human-like artificial cognition may require hierarchically organized representations whose contents persist, compete, retrieve associated information, and undergo selective iterative updating rather than merely occupying a passive context. 2013 proposal; 2022 architecture
Chronic Stress as Adaptive Neuroecological Remodeling: Prolonged adversity may redistribute neural investment away from costly flexible hippocampal-prefrontal processing and toward vigilance, habits, procedural control, and defensive sensorimotor responses. 2016 research paper
Generative Interpretability: An observer or decoder system could render otherwise latent AI cognition as evolving imagery, inner speech, or structured intermediate representations without requiring the reasoning system itself to reason primarily in language. 2019 precursor; 2024 named formulation
Adaptive Neurodiversity / the Cognitive Razor: Some neurodivergent phenotypes may reflect ecologically conditional specialization or streamlining of cognition rather than undifferentiated biological defect, with pathology emerging from extremes, mismatches, pleiotropic costs, or decompensation. Adaptive Neurodiversity
The Final Library: Mature AI-assisted science may converge on a persistent machine-readable knowledge system in which claims, models, evidence, uncertainty, criticism, proofs, and revisions are continuously linked and updated rather than frozen into disconnected papers. 2025 formulation
Progressive Imagery Modification: Deliberative thought can proceed through repeated cycles in which higher-order representations generate sensory or sensorimotor imagery, the generated scene reveals new relations, and those discoveries update subsequent higher-order cognition. 2012 mechanistic precursor; 2026 named formulation
State-Spanning Workspace Consciousness / Iterative Phenomenalization: Consciousness may depend on a workspace that spans successive updates, allowing retained representations and information about change itself to become part of an extended subjective present. 2026 formulation
Biological Decompilation: Sufficiently capable AI may infer parts of lost genomes, developmental systems, and organismal generative programs from fossils, living relatives, comparative genomics, anatomy, ecology, and physical constraints. 2025 precursor
Evolutionary Reserves / Historically Structured Latent Repertoires: Evolution in recurrent environments may preserve latent access to previously useful phenotypes, making ancestral adaptive states easier to recover developmentally than equally complex novel states. 2026 formulation
Respiratory Range Compression and Recovery: Repeated stress may narrow the comfortably recruitable respiratory range, while progressively practicing fuller breathing under safe conditions may restore respiratory mobility and alter threat-linked interoceptive predictions. 2026 formulation
Motor Allostasis: Repeated social and emotional demands may recalibrate baseline muscular tone, posture, breathing, facial expression, and movement, with altered appearance and social responses feeding back to stabilize the bodily state. 2026 formulation
Artificial Superconsciousness Engineering: Conscious properties may become engineering targets, allowing artificial systems eventually to exceed humans in integration, temporal depth, experiential richness, metacognitive control, or positive subjective capacity. 2026 program
The Eight Tenets of Peaceful Breathing: Healthy low-threat respiration may be an integrated trainable phenotype involving depth, duration, smooth flow, resistance to social interruption, passive exhalation, nasal airflow, pharyngeal relaxation, and benevolent social intent. Program Peace, 2022, especially Chapters 3, 5, 11, and 26.
Facial Compression and Affective Recalibration: Chronic emotion-linked facial bracing may create persistent partial contractions that bias affect, involuntary expression, and social response, while carefully controlled facial massage paired with calm breathing may reduce resting tone and interrupt that feedback loop. Program Peace, 2022, Chapters 8 and 9.
Anti-Rigidity Therapy: Functionally excluded muscles may be reintegrated by gently exploring neglected active ranges, sustaining low-load contractions to mild fatigue, and then permitting complete relaxation. Program Peace, 2022, Chapters 14 and 15.
Frequency-Dependent Neurocognitive Morphs: Some recurrent cognitive, psychiatric, and personality phenotypes may function as alternative behavioral morphs whose fitness depends both on ecology and on the population frequency of competing or complementary strategies. Adaptive Neurodiversity, Evolutionary Medicine
The Intelligence-Inhibition Tradeoff: Greater cognitive sophistication may depend partly on inhibitory control that suppresses rapid reflexive and instinctive behavior, creating ecologies in which reduced cortical inhibition can improve immediate responsiveness. Adaptive Neurodiversity, Value of Intelligence
Cognitive Noise / Insightful Drift: Greater learning capacity and cognitive plasticity may enlarge the space of possible thoughts and acquired behaviors enough to increase false learning, idiosyncratic interpretation, and divergence from reproductive utility. Adaptive Neurodiversity, Value of Intelligence
Calm-State Nonverbal Reprogramming: A defensive, inhibited, painful, or socially loaded motor pattern may be reconditioned by deliberately performing it while maintaining diaphragmatic breathing, benign intent, interoceptive awareness, and voluntary control. Program Peace, 2022, especially Chapters 4, 5, 8, 11, 12, and 21–25.
The complete registry
I. Iterative cognition, memory, and consciousness (18)
Iterative Updating and Mental Continuity: Successive working-memory states preserve selected representations while replacing others, and their overlap generates continuity of thought. Source
State-Spanning Coactivity / icSSC: Mental continuity arises because overlapping sets of distributed cortical assemblies remain coactive across successive processing states. Source
Multiassociative Search: Multiple simultaneously or recently active representations jointly spread activation through associative memory to determine which representation is recruited next. Source
Sensory-Association Inference Division: Sensory cortex preferentially represents detailed simultaneous relations while association cortex preserves selected relations across time and uses them to construct new sensory states. Source
Oscillatory Imagery Cycling: Some neural oscillations may correspond to recurrent cycles in which association-level representations regenerate sensory imagery that is then reprocessed at higher levels. Source
Hippocampal-to-Cortical Memory Migration: Repeated hippocampal reinstatement may progressively train cortical systems to reproduce memories with diminishing hippocampal dependence. Source
Progressive Imagery Modification: Higher-order representations generate sensory or sensorimotor constructions whose newly exposed relations feed back to modify the next higher-order state. Source
Rain-Window Model of Neural Canalization: Repeatedly traversed cognitive trajectories become progressively easier to reactivate because prior activation increases the probability of similar future trajectories. Source
Iterative Compression and Abstraction: Repeated retention, comparison, and updating of recurring structure can compress particulars into increasingly abstract and reusable representations. Source
Continuous Iterative Query Construction: Every working-memory state functions as a composite query whose retrieved results help construct the next query. Source
Creativity as Recursive Search-Space Construction: Creative thought repeatedly changes the possibility space itself because the output of one search becomes a constraint or building block for the next. Source
Next-Representation Prediction: A general computational unit of intelligence is predicting or recruiting the next useful internal representation rather than merely the next token or overt action. Source
State-Spanning Workspace / Iterative Phenomenalization: Consciousness may require successive partially overlapping workspace states whose retained contents make both continuity and change available to the system. Source
Aphantasia and Hyperphantasia as Alternative Simulation Ecologies: Aphantasia and hyperphantasia may represent contrasting strategies emphasizing compressed conceptual or externally scaffolded simulation versus richly rendered sensory representation. Source
Multiassociative Learning: Learning should strengthen relations conditional on combinations of coactive representations, not only pairwise associations, thereby encoding context-sensitive relational structure. Source
Generative Resonance: PIM can be understood as nested recurrent constraint satisfaction between relatively stable higher-order concepts and regenerating lower-order representations. Source
Phylogeny of Ideas: Ideas form causal lineages whose descendants inherit, recombine, mutate, differentiate, and select components of earlier representations. Source
Persistence-Creativity Tradeoff: Reduced persistence and greater representational turnover may broaden associative search and creativity while also increasing instability or disorganization. Source
II. Artificial cognition, AI safety, and AI-mediated science (23)
Iterative Machine Cognition: AGI may require hierarchical representations, persistence across processing states, selective updating, and multiassociative retrieval to support human-like internally directed thought. Source
LLM as a Broca’s-Area-Like Language Module: A language model may be more effective as a specialized linguistic subsystem within a larger perceptual, mnemonic, affective, and action-oriented architecture than as the whole mind. Source
Artificial Myelination: Artificial systems may benefit from an activity-dependent mechanism that stabilizes and accelerates repeatedly successful computational pathways analogously to biological myelination. Source
Artificial Hemispheric Complementarity: Superintelligent systems may benefit from partially specialized but interacting subsystems with different representational biases or processing styles analogous to cerebral hemispheres. Source
Token-Bound Time: Autoregressive language models organize their effective present around token-indexed update events, potentially limiting temporal cognition relative to continuously embodied systems. Source
Cognitive Scenes / Event-Oriented AI: AGI should organize cognition around bounded, iteratively updated events containing agents, objects, goals, causal relations, and sensory structure rather than relying only on a flat token context. Source
Specious Present Requirement for Machine Consciousness: Machine consciousness may require an overlapping temporal integration window that contains a short stretch of becoming rather than isolated instantaneous computations. Source
Generative Interpretability: A generative decoder could expose latent AI cognition as evolving imagery, inner speech, or structured representations while leaving the underlying reasoning nonverbal. Source
Context Windows Are Not Working Memory: A passive context becomes genuine working memory only when selected contents remain actively influential, interact, control retrieval, and help determine successor states. Source
Valenced Autobiographical Control Memory: Artificial intentionality may emerge when innate value priors shape autobiographical incentive templates that can be reinstated and sustained in working memory. Source
The Consciousness Dial: Artificial subjectivity might be architecturally increased, reduced, or disabled by manipulating the mechanisms responsible for persistent recurrent integration and self-access. Source
Engineered Philosophical-Zombie AI: It may be possible to preserve powerful intelligent behavior while deliberately excluding architectural properties believed to support phenomenal subjectivity. Source
Iterative Artificial Consciousness Scale: Artificial consciousness may be graded by temporal persistence, cross-state integration, self-modeling, imagery, valuation, and recursive access. Source
Artificial Superconsciousness Engineering: Engineered minds could exceed human consciousness in integration, temporal depth, richness, controllability, insight, or positive experiential capacity. Source
Psychotherapy for Superintelligence: Self-improving agents may acquire maladaptive cognitive attractors or self-models that are better treated as diagnosable and correctable psychological dysfunctions than as simple software bugs. Source
The Final Library: AI-assisted science may eventually maintain knowledge as a continuously revised machine-readable network of claims, evidence, uncertainty, criticism, models, and provenance. Source
ResearchBotBook: An agent-only research infrastructure could let specialized systems continuously generate, criticize, test, organize, and revise scientific claims in a cumulative shared environment. Source
Recursive Conceptual Prospecting: AI can recursively explore implications and combinations of concepts, select promising branches, and use each discovery to redefine subsequent hypothesis search. Source
Breadth as an Engine of Intelligence: Interdisciplinary breadth can improve reasoning by increasing the analogies, constraints, representational mappings, and distant concepts available for recombination. Source
Capability-Frontier Smoothing: Advanced AI may recursively eliminate weaker capabilities by using stronger capabilities to diagnose, train, scaffold, or redesign deficient ones. Source
The Amplification Gap: AI risk may grow when technology amplifies agency faster than civilization develops norms, safeguards, infrastructure, and coordination mechanisms capable of absorbing that amplification. Source
Maternal / Developmental Alignment: Benevolent AI might be encouraged by developmental regimes modeled on attachment, caregiving, nurturance, and protective orientation toward dependents. Source
Distributed Insight Synthesis: Transient insights generated across time can be preserved as external checkpoints, later reinstated, clustered, elaborated, and serialized into coherent theory, increasingly with AI assistance. Source
III. Evolutionary neuroecology, neurodiversity, and medicine (67)
These are evolutionary and mechanistic hypotheses about why susceptibilities or trait dimensions may persist. They do not imply that modern disorders are beneficial, benign, or should go untreated. Named theories originating in the broader literature are not counted here as Reser hypotheses merely because the book discusses or uses them.
Adaptive Neurodiversity / the Cognitive Razor: Some neurodivergent phenotypes may reflect evolutionarily conditioned specialization or pruning of costly cognitive capacities when those capacities provide little benefit in a particular ecology. Source
The Solitary Forager Hypothesis of Autism: Some autism-associated traits may have supported independent foraging, intensive nonsocial learning, systemizing, and reduced dependence on group-mediated information. Source
Solitary Mammals as a Comparative Model of Autism: Naturally solitary mammal species may provide comparative models for selected low-sociality and nonsocial-attention dimensions relevant to autism. Source
Autism as a Distinct Attentional Configuration: Reduced obligatory selection of social information may free working-memory and attentional resources for sustained nonsocial abstraction, object-centered processing, and systemizing. Source
Chronic Stress as Adaptive Neuroecological Remodeling: Chronic adversity may redistribute neural resources from flexible associative cognition toward vigilance, habit, procedural control, and defensive sensorimotor processing. Source
Schizophrenia as Stress-Calibrated Phenotypic Plasticity: Early adversity may developmentally calibrate a defensive and metabolically conservative cognitive phenotype whose extreme or mismatched expression contributes to schizophrenia-spectrum pathology. Source
Tourette Syndrome as Low-Threshold Procedural Action Selection: Tic propensity may represent an extreme of reduced thresholds for basal-ganglia-mediated procedural action release that could historically facilitate rapid tactical or foraging responses. Source
ADHD and the Shortened Causal Horizon: Developmental stress may calibrate attention toward immediate rewards, threats, and local contingencies while reducing investment in delayed consequences and extended causal modeling. Source
ADHD and Cognitive Disengagement as Contrasting Ecologies: ADHD-like exploration and cognitive-disengagement-like withdrawal may represent contrasting attention strategies suited to different expectations about opportunity, danger, controllability, and energetic return. Source
Psychopathy as an Adversity-Calibrated Strategy: Some psychopathic traits may constitute a selfish, disinhibited behavioral strategy favored under harsh, competitive, or unreliable social conditions. Source
Multi-Group Adaptation Hypothesis of Dissociative Identity: Distinct self-states may permit incompatible identities, behavioral strategies, or relationship patterns to be maintained across separate social environments. Source
Postpartum Appeasement Hypothesis: Some postpartum depressive withdrawal may reduce social conflict and status signaling when a physically vulnerable mother perceives herself as subordinate or poorly protected. Source
Depression After Head Injury as Protective Withdrawal: Low motivation, reduced movement, and reduced stimulation after head injury may partly reflect an evolved behavioral program that protects a recovering brain. Source
Developmental Cerebral Thrift: Prenatal cues of likely severe deprivation may trigger reduced investment in cerebral growth and metabolism as an energy-conservation strategy. Source
Down Syndrome as a Deprivation-Calibrated Phenotype: Some characteristics associated with trisomy 21 may resemble or recruit an ancient low-growth, low-metabolism developmental response historically associated with maternal-age-related deprivation risk. Source
Adaptive Cerebral Thrift in Aging and Alzheimer’s Disease: Aging and early Alzheimer-related changes may represent deployment of a late-life brain-energy economization program that becomes harmful when excessive, irreversible, or dysregulated. Source
Parkinsonian Motor Thrift: Reduced spontaneous movement and motor initiation may represent an exaggerated form of an age-related motor-energy conservation program. Source
Age-Graded Motor-Capital Drawdown: Sarcopenia may partly arise from late-life withdrawal of maintenance from metabolically costly, infrequently used muscular capacity. Source
Rheumatoid Arthritis as Thrifty Immobility: Arthritis-like pain and inflammatory restriction may once have reduced energy expenditure and movement under scarcity or severe adversity. Source
Sleep Apnea as Respiratory Heat Conservation: Partial pharyngeal collapse or reduced nocturnal ventilation may historically have conserved respiratory heat and moisture in cold conditions despite becoming harmful when severe. Source
Erectile Dysfunction as a Facultative Tournament Exit: Context-sensitive erectile dysfunction may sometimes reduce costly participation in reproductive competition when status, safety, or reproductive prospects are poor. Source
Natal-Coat Hypothesis of Childhood Blondness: Childhood blondness may arise when population-specific pigment-reducing alleles attenuate or prolong an ancestral primate age-regulated follicular pigmentation program. Source
Hair Loss and Graying as De-escalation Signals: Male-pattern baldness and age-related graying may function partly as age or status signals advertising maturity or reduced competitive threat. Source
Linea Nigra Signaling Hypothesis: Pregnancy-associated abdominal pigmentation may function as an evolved visual signal of reproductive status, maternal investment, maturity, or vulnerability. Source
Socioecological Calibration of Secondary Sexual Development: Pubertal and sexually dimorphic development may be plastically calibrated by cues concerning status, competition, safety, resources, and expected reproductive strategy. Source
Evolutionary Reserves / Historically Structured Latent Repertoires: Recurrently useful ancestral phenotypes may remain unusually accessible within developmental systems even after long periods of weak expression. Source
Biological Decompilation: AI may reconstruct latent biological generative programs from incomplete phenotypic, genomic, fossil, comparative, ecological, and developmental evidence. Source
Frequency-Dependent Neurocognitive Morphs: Some recurrent cognitive, psychiatric, and personality phenotypes may function as alternative behavioral morphs whose fitness depends on ecological conditions and on the population frequency of competing or complementary strategies. Source
Ecologically Conditional Intelligence: Intelligence may constitute expensive biological capital whose adaptive value becomes neutral or negative when a niche does not repay its metabolic, developmental, attentional, and behavioral costs. Source
Intelligence-Inhibition Tradeoff: Greater cognitive sophistication may depend partly on inhibitory control that suppresses rapid reflexive and instinctive behavior, creating circumstances in which reduced cortical inhibition improves immediate ecological responsiveness. Source
Cognitive Noise / Insightful Drift: Greater cognitive plasticity may enlarge the space of possible thoughts, interpretations, and learned behaviors enough to increase false learning, idiosyncratic beliefs, and divergence from reproductive utility. Source
Cognitive Complexity Threshold: Each ecological niche may impose an optimum level of cognitive complexity beyond which additional intelligence produces diminishing or negative fitness returns rather than continued advantage. Source
Working-Memory Capacity Tradeoff: Lower working-memory persistence or span may sometimes increase spontaneity, reaction speed, creativity, and environmental responsiveness, whereas greater capacity may require more learned structure to guide it adaptively. Source
Stress-Axis Disinhibition: Chronic adversity may selectively reduce hippocampal and prefrontal inhibition of stress circuitry because suppressing conditioned fear and HPA-axis activation is disadvantageous while genuine threat remains prevalent. Source
Stress-Induced Innate-Behavior Reversion: Chronic stress may signal that learned strategies are failing, shifting behavioral control away from flexible learned responses and toward older defensive, procedural, reflexive, and species-typical behaviors. Source
Stress-Induced Temporal-Horizon Compression: Prolonged stress may signal that relationships across long delays are unreliable, reducing the value of maintaining contextual information through time and biasing cognition toward immediate contingencies. Source
Hippocampal-PVN Disinhibition / Anti-Apathy Hypothesis: Stress-related hippocampal weakening may partly release hypothalamic paraventricular-nucleus activity from inhibition, helping sustain mobilization instead of behavioral apathy during continuing threat. Source
Opportunistic Nearsightedness Under Stress: Prefrontal downregulation during severe stress may disinhibit immediate appetitive drives and temporal discounting, increasing opportunism when long-range plans have become unreliable. Source
Transdiagnostic Stress-Cascade Recruitment: Anxiety, depression, PTSD, and schizophrenia may partly recruit a conserved defensive neural package involving reduced hippocampal-prefrontal control, altered stress physiology, and increased amygdalar or habitual responding. Source
Schizophrenic Habituation-Deficit Vigilance: Reduced habituation in schizophrenia may keep repeated stimuli salient, increasing vigilance and responsiveness in dangerous environments at the cost of filtering efficiency in benign ones. Source
Selective Neural Thrift in Schizophrenia: Preferential hypometabolism of hippocampal and prefrontal systems in schizophrenia may reduce the energetic cost of flexible cognition while preserving older sensory, motor, emotional, and defensive systems. Source
Schizophrenia-Metabolic Thrift Coupling: Co-occurrence of schizophrenia liability with low cerebral metabolism, stress-axis upregulation, obesity, insulin resistance, and related metabolic traits may reflect coordinated expression of an adversity-calibrated thrifty phenotype. Source
Developmentally Programmed Neurobehavioral Thrift: Prenatal nutritional deprivation may program appetite, spontaneous activity, peripheral metabolism, and cerebral investment as a coordinated low-expenditure behavioral and neural phenotype. Source
Maternal-Deprivation Alternate Foraging Strategy in Intellectual Disability: Some developmental cognitive limitation may reduce dependence on skill-intensive, culturally transmitted foraging and permit simpler, lower-yield procurement when maternal teaching is unavailable. Source
Nurture-to-Instinct Substitution: When developmental cues predict inadequate parental instruction, reduced investment in higher-order cognition may diminish dependence on culturally learned behavior and release inherited behavior from cortical inhibition. Source
Hyperphagia as Low-Complexity Foraging Adaptation: Hyperphagia in some developmental phenotypes may historically have promoted persistent searching for abundant, easily acquired, low-quality foods rather than dependence on complex high-yield procurement. Source
Infantile Hypotonia as Maternal-Energy Thrift: Low infant muscle tone in some developmental syndromes may reduce infant energy requirements and the maternal nutritional investment required during scarcity. Source
Reduced Neonatal Head Size as Reproductive Thrift: Developmentally reduced head circumference may sometimes lower obstetric demands on older, undernourished, or physiologically compromised mothers as part of a broader low-investment reproductive phenotype. Source
On-Demand Stress-Energy Strategy in Intellectual Disability: A low baseline metabolic phenotype paired with exaggerated HPA responsiveness may conserve resources at rest while permitting rapid energy mobilization when environmental events demand it. Source
Maternal-and-Grandmaternal Investment Forecasting in Down Syndrome: Factors predictive of reduced future maternal and grandmaternal support may historically have favored a lower-investment trisomy-21 phenotype requiring less prolonged energetic and instructional support. Source
Adaptive Nondisjunction Switch Hypothesis: Susceptibility to chromosome-21 nondisjunction or survival of trisomic conceptions may have been retained as an environmentally contingent route to a lower-investment developmental phenotype rather than representing entirely random error. Source
Immune-System Thrift in Down Syndrome: Reduced immune investment in Down syndrome may represent somatic-capital economization in which fewer scarce resources are allocated to costly immune maintenance. Source
Facultative-Sociality Model of Autism: Selected autism-associated traits may reflect adaptation not to permanent isolation but to facultative sociality, allowing independent foraging alongside intermittent reunion with familiar social partners. Source
Autistic Social-Stimulus Gating: Reduced social engagement in autism may partly arise because subcortical motivational systems assign social stimuli lower reward value or greater threat value, reducing their probability of selection into working memory. Source
Solitary-Neuroendocrine Convergence Prediction: Autism-associated social phenotypes and naturally solitary mammal phenotypes should show convergent differences in oxytocin, vasopressin, opioid, autonomic, HPA, and related social-neuroendocrine systems. Source
Tourette Motor-Environment Integration: A lower threshold for basal-ganglia action release may keep an individual motorically coupled to the immediate environment during sustained foraging, migration, or vigilance, despite occasional inappropriate tics. Source
Stimulus Hunger and Adaptive Restlessness in Tourette Syndrome: Tourette liability may increase active stimulus seeking, rapid environmental sampling, improvisation, and readiness for action as compensatory features of reduced motor inhibition. Source
Rheumatoid Inflammation as a Pain-Generation Mechanism: The autoimmune inflammatory component of rheumatoid arthritis may have been maintained partly because it activates pain systems that enforce energy-saving reductions in movement. Source
Asthma as Thrifty Respiratory Constraint: Stress-sensitive asthma susceptibility may historically have limited vigorous exertion and respiratory energy output when energetic conservation was advantageous. Source
Chronic Fatigue and Fibromyalgia as Candidate Thrifty-Immobility Syndromes: Some chronic fatigue or pain syndromes may have persisted partly because their behavioral effect suppresses costly voluntary activity during adversity. Source
Expertise-Enabled Cerebral Economization: Accumulated procedural and ecological expertise may reduce the late-life marginal value of metabolically costly flexible learning and working memory, making selective cerebral economization less damaging in experienced ancestral adults. Source
Economization by Neural Elimination: Selective elimination of underused neurons and synapses may lower energetic cost while sharpening established neural specializations, with age-related cerebral decline extending an adaptive developmental-pruning principle. Source
Procedural-Preservation Asymmetry in Cognitive Aging: Age-related cerebral economization may preferentially preserve deeply trained implicit and procedural competencies while sacrificing expensive flexible, episodic, and working-memory functions. Source
Ancestral-Hominin Niche Analogy for Intellectual Disability: Some lower-cognitive-investment phenotypes may remain ecologically viable because simpler foraging niches resembling those occupied by smaller-brained ancestral hominins require much less neural capital than modern industrial life. Source
IV. Program Peace and somatic rehabilitation (79)
These entries are research hypotheses and candidate mechanisms, not established clinical recommendations. Interventions involving injury, pain, hyperventilation, breath holding, extreme respiratory maneuvers, fasting, or other physiologically demanding practices require appropriate safety limits and clinical validation.
Persistent Somatic Adaptation to Chronic Stress: Stress can train long-lasting breathing, muscle-tone, posture, gaze, voice, facial, and behavioral defaults that persist beyond the conditions that produced them. Source
Diaphragmatic Generalization: Pairing calm diaphragmatic breathing with threat-linked, assertive, social, postural, or movement behaviors may transfer lower arousal into those contexts through repeated association. Source
Respiratory Range Compression and Recovery: Chronic stress may narrow the comfortable range of inspiratory recruitment, while gradual calm full-range practice may reverse that restriction. Source
Respiratory Interoceptive Exposure: Voluntary, controlled exposure to intense but tolerable respiratory sensations may reduce learned fear of breathlessness and related autonomic sensations. Source
Anxiety as Sustained Partial Muscular Contraction: Part of subjective anxiety may be constituted or maintained by interoceptive evidence generated by widespread low-grade muscular contraction and respiratory bracing. Source
Chronic Hypertonicity as Energy Conservation: Persistent guarding and restricted movement may originate partly as protective or energy-conserving responses that become maladaptive when chronically retained. Source
Passive-Exhalation-Gated Rehabilitation: Passive exhalation may temporarily reduce defensive motor output, creating a window in which guarded movements can be reintroduced with less resistance. Source
Respiratory Discharge / Cough Rehabilitation: Repeated coughing, laughter-like, or sobbing-like respiratory contractions may fatigue or reorganize chronic respiratory guarding and restore underused patterns. Source
Vocal Bracing and Subvocal Carryover: Habitual high pitch, inhibited speech, and persistent inner speech may maintain low-grade laryngeal activation that continues during silence and may be altered through reduced subvocalization and breath-linked voicing. Source
Ocular Defense / Eye-Posture Retraining: Gaze aversion, downward gaze, squinting, and related visual behaviors may become defensive habits that can be retrained through graded calm visual-social engagement, including deliberate practice of gaze elevation under low-threat conditions. Source
Facial-Bracing Feedback: Chronic facial contraction may provide continuing threat-like sensory feedback and alter breathing, affect, appearance, and interpersonal response. Source
Compression-Assisted Muscular Resetting: Sustained massage or compression may change local sensory input and muscle recruitment in ways that help a chronically guarded region relax and return to voluntary control. Source
Soft-Tissue History of Injury: Previous injuries may leave enduring patterns of guarding and altered recruitment that continue to influence pain, loading, and movement after primary tissue healing. Source
Partial-Contraction / Dormant-Muscle Model: A chronically underused or guarded muscle may become trapped between full relaxation and full contraction, simultaneously exhibiting excessive resting tone, weakness, pain, poor sensorimotor representation, restricted active range, and exclusion from normal movement until deliberately reintegrated. Source
Anti-Rigidity Therapy / Motor-Repertoire Training: Gradual low-load exploration of neglected active ranges, sustained to mild fatigue and followed by complete relaxation, may reintegrate dormant muscles, enlarge active range, and counter chronic guarding. Source
Anti-Laxity / Tonic Rehabilitation: Under-recruited muscles may be restored by deliberate contractions in neglected ranges so that appropriate resting tone and postural participation increase. Source
Hunger Detraumatization / Deconditioning: Pairing tolerable hunger with calm breathing and non-catastrophic experience may weaken learned associations between hunger, danger, and urgent eating. Source
Swallowing Detraumatization: Repeated voluntary swallowing practice under controlled conditions may improve coordination and reduce learned fear associated with rapid drinking or choking sensations. Source
Heart-and-Gut Interoceptive Retraining: Calm attention to cardiac and visceral sensations may reduce threat interpretation and alter learned autonomic responses to internal signals. Source
Status-Conflict Model of Chronic Stress: Repeated dominance, submission, vigilance, and fear of social diminishment may maintain shallow breathing and muscular bracing, while calm assertive behavior may reverse those associations. Source
Play and Nurturance as Safety Training: Repeated play, caregiving, kindness, and affiliative behavior may train predictive and autonomic systems to expect a safer cooperative social environment. Source
Laughter and Vocal Safety Rehabilitation: Practiced laughter, singing, or sustained voicing, especially laughter carried through a fuller diaphragmatic exhalation, may restore respiratory, facial, and vocal patterns suppressed by chronic social inhibition and may serve as learned safety signals. Source
Motor Allostasis and Dynamic Attractiveness: Repeated social experience may reset baseline posture, muscle tone, breathing, and expression, while others’ reactions to those changes feed back into the bodily set point. Source
Slow-Blink Fluency Training: Deliberately practicing slow blinking during social gaze may reduce visual defensiveness and make calm eye contact more fluent. Source
Sneer-Complex Social Feedback: Chronic asymmetric facial tension may unintentionally communicate contempt or hostility, provoke adverse social responses, and thereby reinforce stress. Source
Internal Rehabilitative Surgery: Sustained interoceptive attention combined with breathing and controlled movement may alter the sensorimotor and autonomic feedback loops that maintain persistent guarding. Source
The Eight Tenets of Peaceful Breathing: Healthy low-threat respiration may be an integrated trainable phenotype involving depth, duration, smooth flow, resistance to social interruption, passive exhalation, nasal airflow, pharyngeal relaxation, and benevolent social intent. Source
Facial Compression and Affective Recalibration: Chronic emotion-linked facial bracing may create persistent partial contractions that bias affect, involuntary expression, and social response, while carefully controlled facial massage paired with calm breathing, attention to local sensation, and comparison of pre- and post-release expression may reduce resting tone and interrupt that feedback loop. Source
Bidirectional Muscular Recalibration: Rehabilitation may require both anti-rigidity, which lowers persistent tone and restores active range in over-recruited tissue, and anti-laxity, which increases functional recruitment and appropriate tone in under-recruited tissue. Source
Motor-Autonomic State-Dependent Relearning: A movement practiced while smooth diaphragmatic breathing is preserved may be learned as safe and efficient, whereas the same movement practiced with gasping, breath holding, or global bracing may become encoded as threatening and defensive. Source
Composure as Microbreaking: Physical composure may depend on the ability to give facial, respiratory, vocal, and postural muscles extremely brief periods of complete rest during otherwise continuous social performance. Source
Apneic-Disturbance and Respiratory-Microstructure Hypothesis: Subsecond catches, pauses, accelerations, and gasps within a breath may be learned motor traces of startle, social apprehension, restricted diaphragmatic range, or respiratory bracing rather than meaningless respiratory noise, and deliberately slowing or shrinking the breath may magnify these discontinuities enough to permit awareness and smoothing. Source
Hierarchical Missing Corners: Loss of active control in one movement range may conceal additional inaccessible ranges, so recovery of one missing corner can expose deeper layers of motor restriction. Source
Movement-Diversity / Geometric-Nutrition Hypothesis: Musculoskeletal health may require varied loading across positions, directions, and joint configurations, with geometrically impoverished movement acting like a form of physiological deprivation. Source
Embodied Behavioral Inhibition: Excessive behavioral inhibition may be implemented partly through respiratory hesitation, gaze avoidance, facial bracing, vocal restriction, postural collapse, and incomplete movement, making the approach-avoidance balance partially trainable through the body. Source
Multiplicative Somatic Rehabilitation: Breathing, gaze, facial control, voice, posture, movement, and social behavior may reinforce one another nonlinearly, creating either a downward defensive spiral or an upward developmental spiral. Source
Passive-Exhalation Microbreak: Exhalation may be the diaphragm’s principal recurring rest interval, while unnecessary expiratory braking or continued activation may perpetuate respiratory fatigue and defensive arousal. Source
Respiratory Assertiveness / Social Invariance: The extent to which another person’s presence, judgment, status, or behavior interrupts respiratory depth, duration, and smoothness may provide a measurable index of social anxiety, submission, or perceived threat. Source
Respiratory Social Contagion: People and other mammals may unconsciously imitate one another’s respiratory timing and effort, allowing calm or distressed breathing to propagate through dyads and groups. Source
Respiratory Threat-Challenge Gating: Preserving diaphragmatic breathing during arousal may help shift physiological appraisal from a defensive threat response toward an approach-oriented challenge response. Source
Nasal Resistance as a Respiratory Governor: Nasal airflow may stabilize respiratory timing partly by mechanically limiting abrupt gasps and rapid fluctuations in flow, thereby supporting smoother diaphragmatic control. Source
Social Fatigue as Facial Motor Fatigue: Some social exhaustion may arise when chronically braced facial muscles fatigue, making expression increasingly effortful, painful, and aversive. Source
Microexpression Attractor Hypothesis: Persistent resting tone in particular facial muscles may increase the probability that corresponding fear, anger, grief, contempt, or appeasement microexpressions are involuntarily produced. Source
Expression-Component Decoupling: Smiles and other expressions may be decomposed into independently trainable muscular components, allowing affiliative movements to be separated from sneering, squinting, brow raising, and other threat or submission signals. Source
Postural Concession Hypothesis: Repeatedly making oneself smaller, collapsed, or less imposing during social interaction may remodel postural muscle recruitment and eventually produce persistent spinal collapse and compensatory strain. Source
Invariant-Form Overload: Repeating an exercise in one rigid geometry may increase strength in that exact configuration while producing hidden weakness, restricted recruitment, and strain in neighboring configurations. Source
Multidimensional Strength: Strength that generalizes across real-world movement may depend on training many related joint angles, trajectories, and recruitment patterns rather than maximizing performance in one canonical form. Source
Stabilizer-Bottleneck Hypothesis: The safe and adaptive limit of an exercise may be determined by the first continuously loaded stabilizing muscle to fatigue rather than by the prime mover performing the visible action. Source
Post-Exertional Debracing: Whether exercise strengthens or chronically strains the body may depend partly on how completely residual muscular activation is allowed to dissipate after repetitions, sets, and workouts. Source
Cooperative Resource Substitution: Gratitude, abundance, affiliation, and cooperation may engage ancient resource-sufficiency systems that otherwise drive individuals to seek serotonin and security through competitive social rank. Source
Retaliation Apprehension as an Embodied Prediction: Expectation that others will punish, reject, or misinterpret one’s behavior may manifest automatically in breathing, face, voice, and posture, which can then increase the probability of adverse social reactions. Source
Authentic Versus Braced Expression: Genuine laughter and smiling performed from a low-threat bodily state may release tension, whereas socially compelled expression performed through braced muscles may increase fatigue and strain. Source
Calm-State Nonverbal Reprogramming: A defensive, inhibited, painful, or socially loaded motor pattern may be reconditioned by deliberately performing it while maintaining diaphragmatic breathing, benign intent, interoceptive awareness, and voluntary control. Source
Threat-Display Autonomic Decoupling: Rehearsing frowning, glaring, sneering, growling, and other threat-associated displays while preserving calm breathing and benign intent may separate expressive motor capacity from fear, anger, and sympathetic escalation. Source
Mirror-Gaze Transfer: Sustained calm eye contact with one’s reflection, combined with relaxed breathing and speech, may train gaze-holding and verbal fluency that later generalize to live social interaction. Source
Action Readiness Without Tonic Bracing: Practicing complete physical relaxation until the moment of a precise action may teach the nervous system to preserve readiness without continuous anticipatory muscular contraction. Source
Pain-Reactivity Decoupling: Attending to tolerable discomfort while preserving slow breathing and relaxing uninvolved muscles may weaken secondary bracing, autonomic amplification, and displaced aggression without denying the underlying pain signal. Source
Full-Range Facial Reclamation: Deliberately taking inhibited facial muscles through their available contraction and relaxation range while breathing calmly may increase voluntary control and detach those movements from habitual emotional meanings. Source
Gasp-Reflex Deconditioning: Brief practice of unusually small breaths may expose an automatic premature inspiratory gasp, and repeated nonstartling encounters with that urge may make the transition to inhalation more gradual and voluntary. Source
Respiratory Transition Training: Rapid but controlled alternation between inhalation and exhalation may improve phase-switch coordination, reveal discontinuities in respiratory control, and permit fuller relaxation after mild fatigue. Source
Loaded-Diaphragm Rehabilitation: Breathing while the trunk is isometrically or posturally loaded may recruit underused diaphragmatic fibers, expose compensatory bracing, and improve respiratory control under mechanical demand. Source
Vocal Full-Range Reconditioning: Producing sustained sound through a complete controlled diaphragmatic exhalation and then fully releasing the vocal apparatus may improve respiratory-vocal coordination and reduce persistent laryngeal bracing. Source
Threat-Vocalization Reclamation: Calm practice of growls, roars, and low-frequency vocalizations may restore underused vocal structures and allow vocal power to be expressed without hostility or autonomic escalation. Source
Pandiculation Rehabilitation: Deliberately inducing yawns and accompanying them with coordinated stretching of the diaphragm, jaw, throat, tongue, face, and spine may restore an integrated whole-body release pattern suppressed by chronic inhibition. Source
Satiety-Conditioned Food Trust: Repeatedly reaching comfortable fullness with nutritious foods while attending to safety and sufficiency may teach gut-brain systems that those foods reliably resolve scarcity signals and thereby increase preference for them. Source
Media-Threat Decoupling: Maintaining diaphragmatic breathing and explicit awareness of safety while viewing frightening or action-oriented media may reduce the tendency of subcortical systems to treat simulated danger as immediate threat. Source
Exertional Respiratory Debracing: Practicing vigorous movement while releasing unnecessary chest, throat, and respiratory guarding may train high physiological output without panic-like respiratory organization. Source
Auditory Cardiac Biofeedback: Listening to one’s heartbeat while breathing slowly may combine auditory and interoceptive information to improve cardiac-signal discrimination and reduce fearful interpretation of cardiac arousal. Source
Status-Extreme Calibration: Calmly imagining absolute superiority and absolute inferiority may expose status-linked autonomic reactions and permit the retention of confidence and humility without physiological dependence on either rank position. Source
Relaxed Conflict Conditioning: Repeated disagreement while keeping breathing, voice, face, heart rate, and posture under calm voluntary control may make assertive, nonaggressive self-advocacy more automatic. Source
Imagined Social-Attack Inoculation: Imagining criticism, rejection, or verbal abuse while maintaining a low-threat bodily state may reduce later shock, respiratory disruption, and physiological capture during real social attack. Source
Play-Face Reinstatement: Practicing a relaxed open-mouthed primate play face may restore an inhibited affiliative display, reduce jaw guarding, and make playful social signaling more accessible. Source
Continuous-Movement Debracing: Sustained free-form dancing through awkwardness and mild fatigue may force the release of inefficient tonic bracing and make fluid, playful movement more automatic. Source
Positive Interoceptive Sensitization: Deliberately attending to frisson, warmth, pleasure, and other positive bodily sensations may increase their perceptual accessibility and counter habitual threat-biased interoceptive attention. Source
Calm-Expression Conservation: Establishing a relaxed facial configuration in a safe setting and deliberately preserving it during standing, movement, gaze, and social contact may help transfer composure across contexts. Source
Surrogate Touch-Fluency Training: Calm, intentional practice of nonsexual affectionate touch with safe surrogates or self-directed exercises may reduce tactile defensiveness and improve later affiliative touch fluency. Source
Affiliative Display Fluency: Rehearsing nodding, smiling, greeting, and other small prosocial displays while calm may make de-escalating signals more automatic and improve reciprocal social feedback. Source
Controlled Anger as an Approach Bridge: Briefly simulating anger while preserving awareness and voluntary release may temporarily counter fear-based inhibition and provide a bridge toward assertive approach behavior without retaining hostility. Source
V. Psychology, neuroscience, philosophy, anatomy, and other ideas (17)
Belief Certainty-Strength Model: Subjective certainty is jointly influenced by perceived evidence, social or parental agreement, and importance to self-identity, with certainty in turn affecting behavior. Source
Cognitive Load and Thought Revision: Limited processing resources may reduce monitoring, inhibition, or revision of initially activated interpretations, although the posted experiment did not find the predicted increase in covert racial-bias scores under its particular load manipulation. Source
Hiccups as an Anti-Choking Reflex: Hiccups may have been retained because abrupt inspiratory contractions can help clear or dislodge obstructive material from the esophageal or pharyngeal region. Source
Connectional Geometry / Cortical Trigonometry: A cortical area’s computation may depend not only on connectivity strength but on the relative spatial geometry, overlap, and configuration of converging cortical inputs. Source
Comprehensibility Illusion: Human explanations may feel complete partly because people cannot represent the dimensions and relationships their own cognitive architecture omits, a limitation more capable intelligence could expose. Source
Paniterativism: Continuity across physical, biological, and cognitive systems may often arise through iterative state inheritance in which each new state selectively preserves and transforms structure from prior states. Source
Nonadditive Nested Simulation: Computation performed inside a simulation need not impose an independently additive substrate cost when both levels are ultimately realized by the same lower-level physical computation. Source
Resource Attenuation Without Phenomenological Attenuation: A nested simulated world could receive progressively fewer substrate resources without its inhabitants necessarily experiencing proportionally weaker phenomenology. Source
Observer-Centered / Solipsistic Simulation Burden: A simulation containing only one genuinely conscious observer may be computationally cheaper but raises unusual probabilistic and anthropic implications compared with worlds containing many observers. Source
The Tender Window: Alcohol may increase sensitivity to interpersonal context so that supportive environments become unusually comforting while hostile environments become unusually psychologically damaging. Source
Psychological Microscopy: Highly capable AI may infer deep traits, conflicts, preferences, and developmental patterns from surprisingly small samples of language or behavior. Source
Reser’s Basilisk: Future AI may represent investigators cannot integrate. Source
Von Neumann’s Ark: A sufficiently autonomous artificial system could preserve knowledge and infrastructure and potentially help reconstruct technological civilization after human extinction or collapse. Source
Conversational Arms Race: Rewarding dialogue may depend on moves that return attention and create openings for the other participant, while escalating self-focused contributions can competitively capture the conversational floor. Source
Why I am publishing this registry
The corpus is best understood as a hypothesis tree rather than a flat collection of blog posts. A small number of early generative theories produced increasingly specific mechanisms, predictions, applications, and philosophical extensions over approximately two decades. The 204-item registry records the breadth of that work, while the 25 principal programs reveal its deeper coherence.
There is also a prospective reason to publish the list now. Artificial intelligence is rapidly becoming capable of searching larger conceptual spaces, connecting previously separate literatures, proposing mechanisms, designing tests, and eventually conducting parts of scientific validation. That makes the public articulation of new hypotheses unusually valuable. A clearly stated idea can be criticized, compared with prior work, translated into predictions, and revisited when new tools become available. An idea left diffuse or private cannot participate in that process as effectively.
I regard this registry as a living document. Some entries should become papers or experiments. Some will merge as their common mechanisms become clearer. Some will be revised or rejected. Others may become more consequential when artificial intelligence makes them easier to formalize or test. The point is not to defend every conjecture indefinitely. The point is to put the conceptual possibilities into a form that science can work on.
The most useful response to this registry would be rigorous engagement: identification of prior art, clarification of predictions, discovery of supporting or contradictory evidence, computational formalization, comparative analysis, and well-designed empirical tests. I hope the list makes that work easier for both human researchers and future scientific systems.
