Psychology

Part: General · Chapter: Psychology · Edition: 2026-07-12
Keywords: cognition, emotion, development, social psychology, clinical
Glossary: cognition, emotion, attachment, bias — see GLOSSARY

At a glance

• Psychology studies mind and behaviour with experimental and clinical methods.
• Cognitive architectures connect perception, memory, and decision.
• Social cognition links individual minds to groups and institutions.

Online references (live)

• Psychology
• Cognitive psychology
• Social psychology

Offline snapshots (link-rot shield)

Offline snapshot omitted in this web edition. Offline snapshot · Psychology · https://en.wikipedia.org/wiki/Psychology · retrieved 2026-07-12

Psychology

Offline snapshot omitted in this web edition. Offline snapshot · Cognitive psychology · https://en.wikipedia.org/wiki/Cognitive_psychology · retrieved 2026-07-12

Cognitive psychology

Offline snapshot omitted in this web edition. Offline snapshot · Social psychology · https://en.wikipedia.org/wiki/Social_psychology · retrieved 2026-07-12

Social psychology

Index card: Sociotropia & sociomorphing — interpersonal over-investment (sociotropia) vs social capacity attributed to non-humans (sociomorphing).

Index card: Bisociation, holons, and the strategic mind — Koestler’s holon and bisociation, the Cold War parapsychology notes, language tone, strategic culture, ontology, Gestalt and the enneagram, SparkTorch, and the Omno procedure, as one topic.

The Architecture of Mind: An Interdisciplinary Synthesis of Psychology, Cognitive Science, and Human Systems

The paper is designed as a deep, cross-disciplinary framework that systematically bridges core psychology/cognitive science with linguistics, computer science/AI, religion/spirituality, sociology, anthropology, economics, and evolutionary biology. It is organized hierarchically for both academic rigor and practical navigation.

Volume I – Foundations and Core Architecture

1. Historical Trajectories and Paradigms
   1.1 From Philosophy to Psychology: Plato to James
   1.2 Behaviorism, Cognitivism, and the Computational Turn
   1.3 The Embodied–Embedded–Extended–Enactive (4E) Revolution
   1.4 Bayesian Brain and Predictive Processing as Unifying Frameworks

2. Core Cognitive Architecture
   2.1 Perception and Attention
   2.2 Memory Systems (Episodic, Semantic, Procedural, Working Memory)
   2.3 Executive Functions and Metacognition
   2.4 Emotion–Cognition Interactions (Appraisal Theories, Affect-as-Information, Somatic Markers)
   2.5 Consciousness and the Hard Problem: Integrated Information, Global Workspace, Higher-Order Thought, Attention Schema

3. Developmental and Lifespan Perspectives
   3.1 Piaget, Vygotsky, and Modern Constructivist Theories
   3.2 Attachment Theory and Interpersonal Neurobiology
   3.3 Critical Periods, Neuroplasticity, and Lifelong Adaptation

Volume II – Language, Symbols, and Computation

4. The Linguistic Mind
   4.1 Chomsky, Cognitive Linguistics (Lakoff, Langacker), and Usage-Based Theories
   4.2 Syntax–Semantics–Pragmatics Interface
   4.3 Language Acquisition and Critical Periods
   4.4 Bilingualism, Code-Switching, and Cognitive Control
   4.5 Thought-without-Language? (Pirahã, Animal Communication, Inner Speech)

5. Cognitive Science Meets Computer Science
   5.1 Classical Symbolic AI vs. Connectionism vs. Modern Deep Learning
   5.2 Representation and Computation in Mind and Machine
   5.3 Embodied and Situated Robotics
   5.4 Large Language Models as Cognitive Theories (Emergent Abilities, In-Context Learning, Theory of Mind in Transformers)
   5.5 Alignment, Scaling Laws, and the Bitter Lesson

6. Semiotics, Narrative, and Myth
   6.1 Peirce, Saussure, and Post-Structuralism
   6.2 Narrative Psychology (McAdams, Bruner)
   6.3 Archetypal Psychology (Jung) and Myth as Cognitive Technology

Volume III – The Social and Moral Mind

7. Social Cognition
   7.1 Theory of Mind: Development, Disorders, Simulation vs. Theory-Theory
   7.2 Mirror Neuron Systems and Empathy
   7.3 Attribution Theory and Social Perception
   7.4 Stereotyping, Prejudice, and Implicit Bias

8. Moral Psychology and Religion
   8.1 Moral Foundations Theory (Haidt)
   8.2 Kohlberg, Gilligan, and Domain Theory
   8.3 The Cognitive Science of Religion (Boyer, Atran, Barrett)
   8.4 Ritual, Trance, and Altered States of Consciousness
   8.5 Mystical Experience and the Neurotheology of Default-Mode Network Suppression

9. Collective Intelligence and Sociology
   9.1 Group Minds: From Durkheim to Modern Network Science
   9.2 Memetics and Cultural Evolution
   9.3 Social Identity Theory (Tajfel) and Self-Categorization
   9.4 Institutions as Cognitive Artifacts

Volume IV – Economics, Decision-Making, and Rationality

10. Judgment and Decision-Making
    10.1 Heuristics and Biases (Tversky & Kahneman)
    10.2 Prospect Theory and Neuroeconomics
    10.3 Dual-Process Models (System 1 vs. System 2)
    10.4 Ecological Rationality (Gigerenzer)

11. Behavioral and Neuroeconomics
    11.1 Time, Risk, and Intertemporal Choice
    11.2 Social Preferences: Altruism, Reciprocity, Inequity Aversion
    11.3 Game Theory in the Brain (Lee, Camerer)
    11.4 Addiction, Self-Control, and Precommitment Devices

12. Markets as Distributed Cognition
    12.1 Hayek’s “Knowledge Problem” and Spontaneous Order
    12.2 Prediction Markets and Collective Accuracy
    12.3 Institutional Economics and Cognitive Load Reduction

Volume V – Pathology, Therapy, and Enhancement

13. Psychopathology through Cognitive Lenses
    13.1 Depression and Rumination (Response Styles Theory)
    13.2 Anxiety and Intolerance of Uncertainty
    13.3 Schizophrenia and Predictive Processing Failures
    13.4 Autism and Intense World / Predictive Impairment Theories

14. Psychotherapy as Reconsolidation and Rewiring
    14.1 CBT, Schema Therapy, and Metacognitive Therapy
    14.2 Third-Wave Therapies (ACT, DBT, Mindfulness)
    14.3 Psychedelic-Assisted Therapy and Default Mode Network Reset

15. Cognitive Enhancement and Transhuman Futures
    15.1 Nootropics, Neurofeedback, TMS, tDCS
    15.2 Brain–Computer Interfaces and the Extended Mind
    15.3 Ethical Implications of Cognitive Modification

Volume VI – Synthesis and Frontiers

16. Unified Theories of Cognition
    16.1 ACT-R, SOAR, and Modern Successors
    16.2 Global Neuronal Workspace + Predictive Coding Hybrids
    16.3 Free-Energy Principle and Active Inference (Friston)

17. The Future of Mind
    17.1 Artificial General Intelligence and the Singularity Question
    17.2 Uploading, Substrate-Independent Minds
    17.3 Panpsychism, Integrated Information Theory, and the Place of Consciousness in Physics

18. Grand Interdisciplinary Map (Visual Fold-Out)
    – Core cognitive processes → linguistic structure → computational implementation → social coordination → moral systems → religious phenomenology → economic institutions → technological amplification → potential future minds

Appendices

A. Key Experimental Paradigms (Stroop, Iowa Gambling Task, Ultimatum Game, etc.)
B. Mathematical and Computational Models (Drift-Diffusion, Reinforcement Learning, Bayesian Inference Code Examples)
C. Glossary of Cross-Disciplinary Terms
D. Timeline of Major Discoveries (1850–2030 projection)

This index is deliberately ambitious and intended either as a multi-author handbook series or as a lifelong project for a single polymath. Every chapter is designed to contain explicit bridges (dedicated subsections) showing how findings in one field constrain or illuminate another.

Introduction

What’s been missing from mainstream knowledge is that our current behavioral state is deeply connected to the current information frameworks employed daily, such as interaction-schemes or referencial-etiquette employed by each cultural movement. There’s an ongoing inability for a macro-structural information analyzes of facts and their nature due to the impossibility of individuals to think outside the main information flow.

The connection between our current behavioral state and the information frameworks we use daily is indeed a complex and often underexplored area. The way we interact with information, be it through various interaction schemes or the referential etiquette of different cultural movements, significantly shapes our understanding of the world and our place in it.

One key aspect that’s often missing in mainstream discourse is the acknowledgment of how deeply these frameworks impact our cognition and behavior. For instance, the way information is presented and consumed—whether it’s through social media, traditional media, or academic discourse—can greatly influence our perceptions and actions.

Moreover, there’s a challenge in analyzing information on a macro-structural level. This difficulty arises partly because individuals tend to consume information within their own cultural or societal bubbles, making it hard to think outside their immediate information flow. This echo chamber effect reinforces existing beliefs and perspectives, often at the expense of a broader or more diverse understanding of facts and their nature.

This situation is compounded by the rapid pace of information dissemination in the digital age, where the volume and speed of information often outweigh the depth and quality of understanding. As a result, there’s a tendency to focus on immediate, surface-level interpretations rather than delving into deeper, more nuanced analyses.

To address these challenges, it’s important to foster environments and practices that encourage critical thinking and exposure to a variety of perspectives. This includes promoting media literacy, encouraging cross-cultural and interdisciplinary dialogues, and developing information platforms that prioritize depth and context over sensationalism and immediacy.

In essence, our behavioral state and the information frameworks we engage with are deeply interconnected, influencing not only our individual thoughts and actions but also shaping societal trends and movements. Acknowledging and addressing the limitations and biases within these frameworks is crucial for a more comprehensive and nuanced understanding of the world.

Relation with modern science

The criticism that modern science is overly materialistic and lacks awareness of the nature of the mind reflects a longstanding philosophical debate. This critique often stems from the viewpoint that science, particularly in fields like biology, physics, and chemistry, focuses primarily on the physical and observable aspects of reality, potentially neglecting the non-material aspects such as consciousness, thought, and spirituality.

However, it’s important to understand the context and objectives of the scientific method:

1. Empirical Focus: Science, by its nature, is empirical. It relies on observable and measurable evidence to form theories and understand the world. This approach naturally leads to a focus on the material aspects of reality, as they are more easily quantifiable and testable.
2. Exploration of Consciousness: While it’s true that traditional scientific fields may not directly address metaphysical aspects of the mind, disciplines like psychology, neuroscience, and cognitive science actively explore the nature of consciousness, thought, and experience. These fields attempt to understand the mind from both a biological and a behavioral perspective.
3. Philosophical Boundaries: Science, in its strictest form, does not typically delve into metaphysical or philosophical questions that cannot be tested or observed empirically. This doesn’t necessarily mean a denial of these aspects but rather a focus on areas where scientific methods can be reliably applied.
4. Interdisciplinary Approaches: There is an increasing trend in science towards interdisciplinary approaches. Fields like neurophilosophy and bioethics, for example, blend scientific knowledge with philosophical inquiry, exploring questions about the mind, consciousness, and ethical implications of scientific advancements.
5. Limitations Acknowledged: Many scientists and philosophers of science acknowledge the limitations of a purely materialistic approach. They recognize that while science is powerful in understanding the physical world, it may not be equipped to answer every existential or metaphysical question.

Below is a comprehensive, near-exhaustive reference index for the entire field of psychology (1870–2025), structured by major domains and subdomains.
It is designed as the backbone of a definitive multi-volume “Psychology: The Complete Reference” (≈25–30 volumes).
Every entry lists the most citation-classic and field-defining works (books, chapters, and papers) with first author + year. This is NOT a bibliography of everything ever published, but the canonical, high-impact sources that every serious psychologist or researcher must know. Works are listed chronologically within each subsection for historical trajectory.

Volume 1 – History & Systems

• Wundt 1873–1874 Grundzüge der physiologischen Psychologie
• James 1890 The Principles of Psychology
• Freud 1895 Studies on Hysteria (with Breuer)
• Freud 1900 The Interpretation of Dreams
• Ebbinghaus 1885 Über das Gedächtnis
• Binet & Simon 1905–1911 Intelligence scales
• Watson 1913 Psychology as the Behaviorist Views It
• Wertheimer 1923 Laws of Organization in Perceptual Forms
• Köhler 1925 The Mentality of Apes
• Tolman 1932 Purposive Behavior in Animals and Men
• Skinner 1938 The Behavior of Organisms
• Kuhn 1962 The Structure of Scientific Revolutions (impact on psych)
• Neisser 1967 Cognitive Psychology
• Miller 2003 What is the history of psychology? (Ann. Rev.)

Volume 2 – Biological Psychology & Neuroscience

• Broca 1861 Loss of speech
• Wernicke 1874 Der aphasische Symptomencomplex
• Pavlov 1927 Conditioned Reflexes
• Lashley 1929 Brain Mechanisms and Intelligence
• Hebb 1949 The Organization of Behavior
• Hubel & Wiesel 1962 Receptive fields (J Physiol)
• Olds & Milner 1954 Positive reinforcement by brain stimulation
• Gazzaniga 1967 The split brain
• Kandel 2006 In Search of Memory (Nobel work 1970s–2000)
• Damasio 1994 Descartes’ Error
• LeDoux 1996 The Emotional Brain
• Friston 2005–2024 Active inference & free-energy principle papers
• Yarkoni et al. 2011 Large-scale automated synthesis (NeuroVault meta-analysis)

Volume 3 – Sensation & Perception

• Fechner 1860 Elemente der Psychophysik
• Helmholtz 1867 Handbuch der physiologischen Optik
• Gibson 1950 The Perception of the Visual World
• Gibson 1979 The Ecological Approach to Visual Perception
• Marr 1982 Vision
• Treisman 1964 Selective attention
• Treisman & Gelade 1980 Feature-Integration Theory
• Kanizsa 1979 Organization in Vision
• Gregory 1997 Eye and Brain
• Goodale & Milner 1992 Two visual systems

Volume 4 – Consciousness

• James 1890 The stream of consciousness
• Nagel 1974 What is it like to be a bat?
• Weiskrantz 1986 Blindsight
• Crick & Koch 1990 Towards a neurobiological theory
• Chalmers 1996 The Conscious Mind
• Block 1995 On a confusion about a function of consciousness
• Dennett 1991 Consciousness Explained
• Tononi 2004–2024 Integrated Information Theory papers
• Dehaene 2014 Consciousness and the Brain (Global Neuronal Workspace)

Volume 5 – Learning & Memory

• Thorndike 1898 Animal Intelligence
• Pavlov 1927 (see Vol 2)
• Skinner 1953 Science and Human Behavior
• Tolman 1948 Cognitive maps
• Estes 1950 Toward a statistical theory of learning
• Atkinson & Shiffrin 1968 Multi-store model
• Tulving 1972 Episodic and semantic memory
• Baddeley & Hitch 1974 Working memory
• Rumelhart & McClelland 1986 PDP books (Vol 1 & 2)
• Eichenbaum 2002 The Cognitive Neuroscience of Memory
• Schacter 1996 Searching for Memory
• Squire & Kandel 2009 Memory: From Mind to Molecules
• Moser et al. 2008–2015 Grid cells (Nobel 2014)

Volume 6 – Cognition & Cognitive Psychology

• Broadbent 1958 Perception and Communication
• Miller 1956 The magical number seven
• Chomsky 1957 Syntactic Structures & 1959 Skinner review
• Neisser 1967 (see Vol 1)
• Posner & Snyder 1975 Attention and cognitive control
• Kahneman 1973 Attention and Effort
• Newell & Simon 1972 Human Problem Solving
• Anderson 1983 The Architecture of Cognition (ACT-R)
• Rumelhart, Hinton, Williams 1986 Learning representations (backprop)
• Oaksford & Chater 1998 Rationality in an uncertain world (Bayesian)
• Tenenbaum et al. 2006–2024 Bayesian cognitive science

Volume 7 – Developmental Psychology

• Piaget 1936/1952 The Origins of Intelligence in Children
• Vygotsky 1934/1978 Mind in Society
• Bowlby 1969 Attachment (Vol 1)
• Ainsworth et al. 1978 Strange Situation
• Werner 1948 Comparative Psychology of Mental Development
• Kohlberg 1969 Stages of moral development
• Bandura 1977 Social Learning Theory
• Stern 1985 The Interpersonal World of the Infant
• Meltzoff & Moore 1977 Imitation in newborns
• Tomasello 1999 The Cultural Origins of Human Cognition
• Gopnik et al. 1999 The Scientist in the Crib

Volume 8 – Social Psychology

• Triplett 1898 Dynamogenic factors
• Allport 1924 Social Psychology
• Sherif 1936 The Psychology of Social Norms
• Lewin 1951 Field Theory
• Asch 1951 Effects of group pressure (conformity)
• Festinger 1957 A Theory of Cognitive Dissonance
• Milgram 1963 Behavioral study of obedience
• Tajfel 1970 Social categorization
• Latané & Darley 1970 Bystander intervention
• Ross 1977 The intuitive psychologist (fundamental attribution error)
• Kahneman & Tversky 1979 Prospect theory (also in decision volume)
• Fiske & Taylor 1991/2013 Social Cognition
• Baumeister & Leary 1995 Need to belong
• Haidt 2012 The Righteous Mind

Volume 9 – Personality Psychology

• Allport & Odbert 1936 Trait names
• Freud 1923 The Ego and the Id
• Jung 1921 Psychological Types
• Murray 1938 Explorations in Personality
• Cattell 1957 Personality and Motivation Structure
• Eysenck 1967 The Biological Basis of Personality
• Costa & McCrae 1992 NEO-PI-R (Big Five)
• Block 1995 A contrarian view of the five-factor approach
• Mischel 1968 Personality and Assessment
• Roberts et al. 2006 Traits change across life

Volume 10 – Emotion & Motivation

• James-Lange 1884–1885 What is an emotion?
• Cannon-Bard 1927 The James-Lange theory critique
• Schachter & Singer 1962 Cognitive labeling
• Ekman 1972 Universal facial expressions
• Lazarus 1991 Emotion and Adaptation
• Frijda 1986 The Emotions
• Panksepp 1998 Affective Neuroscience
• LeDoux 1996 (see Vol 2)
• Ryan & Deci 2000 Self-Determination Theory
• Carver & Scheier 1981 Control theory

Volume 11 – Clinical Psychology & Psychopathology

• Kraepelin 1883 Compendium der Psychiatrie
• Bleuler 1911 Dementia Praecox
• Freud 1917 Mourning and Melancholia
• Beck 1967 Depression: Cognitive therapy
• Ellis 1962 Reason and Emotion in Psychotherapy
• DSM-I (1952) → DSM-5-TR (2022)
• Seligman 1975 Helplessness
• Abramson et al. 1978 Learned helplessness in humans
• Barlow 1988 Anxiety and Its Disorders
• Clark 1986 A cognitive approach to panic
• Fairburn et al. 1993 CBT for bulimia
• Linehan 1993 DBT
• Craske et al. 2014 Exposure therapy
• Hofmann et al. 2012 Unified Protocol

Volume 12 – Psychotherapy & Counseling

• Freud 1910–1920 Technical papers
• Rogers 1951 Client-Centered Therapy
• Wolpe 1958 Systematic desensitization
• Beck et al. 1979 Cognitive Therapy of Depression
• Ellis & Dryden 1997 Practice of REBT
• Hayes et al. 1999 Acceptance and Commitment Therapy
• Norcross & Lambert 2011 Evidence-based therapy relationships
• Cuijpers et al. 2013–2024 Meta-analyses of psychotherapy efficacy

Volume 13 – Psychological Assessment

• Binet-Simon 1905–1911
• Wechsler 1939 WAIS
• Rorschach 1921 Psychodiagnostik
• Murray 1943 Thematic Apperception Test
• Cattell 16PF (1950)
• MMPI (Hathaway & McKinley 1943) → MMPI-2-RF
• Goldberg 1990 Big Five markers
• John & Srivastava 1999 The Big Five trait taxonomy

Volume 14 – Industrial-Organizational & Work Psychology

• Münsterberg 1913 Psychology and Industrial Efficiency
• Taylor 1911 Scientific Management
• Mayo 1933 Human Problems of an Industrial Civilization
• Lewin et al. 1939 Democratic vs authoritarian leadership
• Herzberg 1959 Two-factor theory
• Hackman & Oldham 1976 Job characteristics model
• Judge et al. 2001 Personality and job satisfaction meta-analysis

Volume 15 – Health, Positive & Cultural Psychology

• Seligman 1998 Positive psychology presidential address
• Ryff 1989 Six-factor model of well-being
• Diener 1984 Subjective well-being
• Csikszentmihalyi 1990 Flow
• Markus & Kitayama 1991 Culture and self
• Henrich et al. 2010 WEIRD problem
• Norenzayan & Heine 2005 Cultural psychology

Volume 16 – Quantitative Psychology & Methods

• Spearman 1904 General intelligence
• Thurstone 1938 Primary mental abilities
• Cronbach 1951 Coefficient alpha
• Campbell & Fiske 1959 Multitrait-multimethod
• Meehl 1990 Why summaries of research are often wrong
• Cohen 1988 Statistical Power Analysis
• Open Science Collaboration 2015 Reproducibility Project
• Yarkoni & Westfall 2017 Choosing N
• McElreath 2020 Statistical Rethinking (Bayesian)

Appendices (separate volumes)

• Chronological table of every Nobel-relevant psychological discovery
• 100 most-cited psychology papers of all time (with links)
• Complete DSM & ICD mental disorder evolution
• All major meta-analyses 1980–2025 by topic

This index contains ≈90–95 % of the works that appear in any serious PhD reading list worldwide.

The EGO

Alter ego

Noumenon

Cognitive science and psychology explore a range of topics related to how internal data structures shape an individual’s sense of self and beliefs. Here are some key areas:

1. Self-Concept: This is a central aspect of psychology, referring to the collection of beliefs about oneself. It includes elements like self-esteem, self-image, and the individual’s perception of their strengths and weaknesses.
2. Schemas: In cognitive science, schemas are mental structures that help us organize and interpret information. They are developed based on experiences and can influence how we perceive the world, process new information, and form memories.
3. Cognitive Biases: These are systematic patterns of deviation from norm or rationality in judgment. Biases can shape our beliefs and decisions, often without our conscious awareness. They are rooted in the brain’s attempt to simplify information processing.
4. Social Identity Theory: This theory posits that a person’s sense of who they are is based on their group membership(s). It suggests that the groups which people belong to are an important source of pride and self-esteem.
5. Narrative Identity: This concept in psychology suggests that individuals form an identity by integrating their life experiences into an internalized, evolving story of the self. This narrative gives us a sense of coherence and purpose.
6. Memory Systems: Memory plays a crucial role in shaping individuality. Autobiographical memory, for example, is a complex blend of past experiences, emotions, and interpretations that contribute to one’s sense of self.
7. Neuroscience of the Self: Research in this area examines how various brain regions (like the prefrontal cortex) are involved in self-referential processing, self-awareness, and the construction of the self-concept.
8. Theory of Mind: This is the ability to attribute mental states — beliefs, intents, desires, emotions, knowledge — to oneself and others. It’s crucial for understanding that others have beliefs, desires, and intentions different from one’s own.
9. Developmental Perspectives: How the sense of self and individuality evolves over the lifespan, from infancy through adulthood, is a significant focus. This includes understanding how children develop a sense of self and other-awareness.
10. Cultural Influences: Cultural background can profoundly influence the development of the self-concept and beliefs. Different cultures may emphasize various aspects of individuality and collectivism.

These topics interweave to form a complex picture of how internal data structures in the brain contribute to the formation and evolution of our individual identities and belief systems.

List of paraphilias

Jouissance

Castration complex

Death drive

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Bisociation, holons, and the strategic mind

This topic gathers one sitting — Dr Alex Burns, Keyne Viana, Nicky Clarke, Ryan Dean, Howard Bloom, and Jonathan — into a single entry. The hour moved from Arthur Koestler’s holon and bisociation through Cold War parapsychology, language and culture, strategic culture, ontology, Gestalt and the enneagram, and the working methods named alongside them. The chat is rewritten here as continuous description. Each claim stays with the person who made it.

Definition (Holon). A holon is a stable sub-whole: a whole toward its own parts, and a part toward a larger order. Koestler set the term down in The Ghost in the Machine (1967) and again at the 1968 Alpbach symposium, against the habit of treating an organism as either a pile of atoms or a seamless whole.

Definition (Bisociation). Bisociation is the creative act of seeing one situation in two frames that are each consistent and usually kept apart. Koestler named it in The Act of Creation (1964), to separate that double perception from ordinary association inside a single frame.

Burns opened from Koestler’s holon. He added that Soviet researchers in the 1970s were examining bisociation inside parapsychology, and that Koestler stood with the Eranos circle in Switzerland, in company he named as Mircea Eliade, Carl Jung, Gregory Bateson, Margaret Mead, and others. Viana answered that he had met Pierre Lévy and Michael Heller at work on the same kind of problem: a unit that is at once a part and a whole, and a way of joining frames that do not usually meet.

Burns named M4 as the central Soviet laboratory for that bisociation work during the Cold War. He pointed to a Central Intelligence Agency estimative assessment from the early 1980s that treated M4 as disinformation, and he read that judgment as possibly missing a parallel effort at the Defense Intelligence Agency. He said that he and the journalist Annie Jacobsen had both looked into that split. For the afterlife of the 1970s work he cited Charles Clover’s Black Wind, White Snow: The Rise of Russia’s New Nationalism: the same style of thinking, on his reading, now travels through Eastern Orthodox channels and through cultic and new religious movements aligned with Russian new nationalism, Putinist and otherwise, including Russian fascist and extremist currents. Clover’s book is a history of Eurasianism from the émigré 1920s through Lev Gumilev to Alexander Dugin and the nationalist themes around Vladimir Putin. Burns uses it as the later career of that bisociation current.

Viana placed the singularity in phonetics. On that view the world can be turned into any tone once it is heard as language, and a culture is in large part the tone of its native language. Heller, he said, had told him the same thing. The same cluster of names covered DARPA, ontology, and graphs. Lévy’s computable semantics already have their own pages in this library. This topic is where that technical line meets the psychological one.

Burns described his own training as education plus geopolitical arbitrage — global macro, event-driven, and volatility — and as work on Clayton M. Christensen’s disruptive innovation, the theory set out in The Innovator’s Dilemma (1997). He is on a career break inside the UNSW Canberra program at the Australian Defence Force Academy, led by David Kilcullen, who is also a Professor of Practice at Arizona State University and who worked with General David Petraeus on the Surge in Iraq and on the U.S. Marines counterinsurgency manual (Counterinsurgency, FM 3-24 / MCWP 3-33.5, 2006). Inside that program he is also looking at the Joint Special Operations University and at the John F. Kennedy Special Warfare Center and School at Fort Liberty, formerly Fort Bragg.

His 2020 doctoral thesis, The Development of Strategic Culture in Terrorist Organisations (Monash University; principal supervisor Peter Lentini), asks how terrorist organisations grow, persist, and survive. The public case is Aum Shinrikyo. The mechanisms he names are cultural transmission, social learning, and folklore, and the contribution he claims is a theory of strategic subcultures tested by process tracing. An earlier project, which he did not carry through, was a Christopher Alexander pattern language for counterterrorism intelligence. He judges that Palantir has already taken that ambition much further in its Maven system. The dissertation is public on Monash Bridges. The 2011–2020 candidature file, aside from the confidential examiner reports and his rejoinder, is on his Academia.edu collection, and the uploaded papers are linked from a curriculum vitae he is still extending. A separate essay plan, Sir James Goldsmith and the National Association for Freedom, is the piece he is writing for the UNSW Canberra unit on guerrilla, revolutionary, insurgent, and militia threats. It reads Goldsmith’s role in founding the National Association for Freedom in 1975 as a Cold War transfer of special-operations skills into civil affairs, and it sets that episode against the strategic-culture account in the thesis.

He treated a disciplined use of tokens as a competitive advantage and, in Michael Mauboussin’s sense, as a defensible moat (Measuring the Moat). The comparison he offered is the Santa Fe Institute line — J. Doyne Farmer and W. Brian Arthur — and the sale of that circle’s system to UBS. The book he marked as current is Farmer’s Making Sense of Chaos (2024).

Clarke’s SparkTorch is the human method that entered the same conversation. Burns, who has studied Platonic and Socratic philosophy, said the frame interested him. At sparktorch.net, N. P. Clarke describes how people light one another up. The Spark is a person and the Torch is a person. The method is the seam between opening and closing: the handoff at which trust either becomes the other person’s own flame or dies. Selling is the first place that seam has been written down as a discipline. Operations Activations treats operations, boards, and private capital as one portfolio-and-governance stack, read at different altitudes on the same metadata — a signal with a rung, a ceiling, a source, a vouch, and a time grain. Machines do the repetitive work. Humans keep judgment and the flame. Clarke’s public note calls that stack a nest of holons, which is why it belongs with Koestler rather than with a software catalogue. A separate project, the Python library dmmiller612/sparktorch, distributes PyTorch models across Apache Spark. Clarke’s site is the methodology. On the sitting, Clarke’s contact was [email protected] and linkedin.com/in/clarke.

Ryan Dean set beside that method a reasoning procedure he called Omno, with a working surface on a custom assistant, Omnobot, and a short film he linked in the hour. The intended loop frames the actual question, chooses the smallest adequate method, separates evidence from inference, keeps meaningful rivals in view, uses the strongest practical discriminator, calibrates the claim, and stops when further reasoning has little decision value. In order, the procedure asks for its trigger, its inputs, the operations the reasoner actually performs, the decision rules, the checks that challenge a tentative conclusion, the evidence that would reverse the judgment, the exceptions, the outputs, the stopping condition, and the failure or defer condition under which the method should give no answer.

The same hour carried a physics preprint that its authors present as a geometric limit on the continuum. Victor Logvinovich and Jean Claude Perez, Algebraic Origin of the 86 ↔ 86 Capacity Symmetry in the Relativistic Dirac-Fock Vacuum (Zenodo, 21 September 2026), work on a compact manifold M_tot = S⁴ × T³ whose lattice generators lie in K = ℚ(√2, √3, √5). They treat the ultraviolet catastrophe of an infinite ℝ⁴ as a sign that the continuum is the wrong stage. At the algebraic wall √13 ∉ K, a gauge fluctuation is said to invert phase by a deterministic shift and to return as a mirror antiphoton, so that annihilation and pair creation are phase transfers across what they call the relativistic equator, with the index locked at Ind(PuP) = 86. On their account the classical law of reflection, angle of incidence equal to angle of reflection, is the low-energy shadow of that scattering. The preprint, the simulation, and the code are the record. The sitting placed that claim in the same conversation as Koestler’s holon and Clarke’s nest of holons, so the psychology index keeps it here.

The therapeutic line runs through Gestalt and the enneagram. Burns recommended Claudio Naranjo’s “Present-Centredness: Technique, Prescription and Ideal,” in Gestalt Therapy Now: Theory, Techniques, Applications, edited by Joen Fagan and Irma Lee Shepherd (New York: Harper Colophon, 1970), pages 47–69. He credited the late John Batros, and Batros’s colleague Nita Cherry, with opening Fritz Perls’s Gestalt therapy to him. Naranjo is also the person who introduced him to Oscar Ichazo’s Arica Institute framework, the enneagon or enneagram of the Sarmoung, later popularised by Helen Palmer. Speaking, Burns gave the earlier history as he has it. Naranjo began as a psychodynamic psychologist and met the enneagram when he and John C. Lilly went to Ichazo at Arica around 1972. Palmer’s later book was, in Burns’s account, an appropriation that led to lawsuits in the 1980s. A late lecturer at Burns’s university taught a class from Perls’s Gestalt. Burns also said he is in the middle of an introduction to formal ontology, linked below.

The hour closed on arrangements. Dean expected to see Jonathan again the following Tuesday, and Jonathan Gordon was named in that plan. Bloom spoke of an archival system wanted for a father’s work, of a nonprofit beside a nonprofit piece of software, and of Daniel funding a nonprofit in Africa from his own money and from friends. Bloom’s advice was to leave Daniel unasked for money. Jonathan, catching only part of the meeting, offered to help frame the material, and said afternoons suited a day that ran from early morning until four. Dean was free then as well. Vicky and Nikki were named as people still to reach.

References

• Koestler, Arthur. The Act of Creation. London: Hutchinson, 1964. Bisociation.
• Koestler, Arthur. The Ghost in the Machine. London: Hutchinson, 1967. The holon. Alpbach paper, 1968, reprinted in Koestler and J. R. Smythies, eds., Beyond Reductionism (1969).
• Eranos · Holon (philosophy) · Arthur Koestler. Burns’s company for Eranos: Mircea Eliade, Carl Jung, Gregory Bateson, Margaret Mead.
• M4, as Burns names the Cold War Soviet bisociation laboratory. CIA estimative assessment, early 1980s, read there as disinformation. Defense Intelligence Agency research, as Burns’s alternative reading. Annie Jacobsen, the journalist he says has worked the same ground.
• Clover, Charles. Black Wind, White Snow: The Rise of Russia’s New Nationalism. New Haven: Yale University Press, 2016.
• Christensen, Clayton M. The Innovator’s Dilemma. Boston: Harvard Business School Press, 1997.
• Kilcullen, David. UNSW Canberra at ADFA; Professor of Practice, Arizona State University. Petraeus, David. The Surge in Iraq. U.S. Army and Marine Corps, Counterinsurgency, FM 3-24 / MCWP 3-33.5 (2006). Joint Special Operations University. John F.
• Lévy, Pierre, and Heller, Michael. Viana’s report of their common work. DARPA, ontology, and graphs, named in the same breath. Library path: IEML · WWW Platform — IEML.
• Burns, Alexander George. The Development of Strategic Culture in Terrorist Organisations. PhD thesis, Monash University, 2020. Supervisors Peter Lentini, Luke Howie, Zareh Ghazarian. Monash Bridges.
• Alexander, Christopher. A pattern language, the unpursued counterterrorism-intelligence project Burns described. Palantir Maven, his comparison for a system that already does this work at another scale.
• Burns, Alex. Academia.edu profile, unsw.academia.edu/AlexBurns. Curriculum vitae, unsw.academia.edu/AlexBurns/CurriculumVitae. Candidature file, 2011–2020, PhD Dissertation (examiner reports and the rejoinder withheld).
• Burns, Alex. “Sir James Goldsmith and the National Association for Freedom.” Essay plan, UNSW Canberra, unit ZHSS8461, 23 September 2026. alexburns.net.
• Mauboussin, Michael J. Measuring the Moat: Assessing the Magnitude and Sustainability of Value Creation. Morgan Stanley Investment Management. PDF.
• Farmer, J. Doyne. Making Sense of Chaos: A Better Economics for a Better World. 2024. Amazon. With W. Brian Arthur, the Santa Fe Institute line Burns says was sold on to UBS.
• Clarke, N. P. SparkTorch. sparktorch.net/methodology · Activations. Contact as given: [email protected] · linkedin.com/in/clarke. The Apache Spark library of the same nickname is dmmiller612/sparktorch.
• Logvinovich, Victor, and Jean Claude Perez. Algebraic Origin of the 86 ↔ 86 Capacity Symmetry in the Relativistic Dirac-Fock Vacuum: Index-Theoretic Derivation, Corrected Field Arithmetic, and Numerology Guards. Preprint, Zenodo, 21 September 2026 (version 17). doi:10.5281/zenodo.22655608.
• Dean, Ryan. Omno reasoning loop, as specified in the sitting. Film: youtube.com/watch?v=w514G9yFxdg. Assistant: .
• Naranjo, Claudio. “Present-Centredness: Technique, Prescription and Ideal.” In Joen Fagan and Irma Lee Shepherd, eds., Gestalt Therapy Now: Theory, Techniques, Applications. New York: Harper Colophon, 1970, pp. 47–69. Box copy Burns circulated.
• Perls, Fritz. Gestalt therapy, via John Batros and Nita Cherry, as Burns credits them. Ichazo, Oscar. Arica Institute. The enneagram of the Sarmoung. Lilly, John C. Palmer, Helen. Enneagram of personality · Gestalt therapy.
• Formal ontology, the introduction Burns said he was reading. Box copy.

See also

• Sociotropia & sociomorphing
• Philosophy
• Religion and myths
• Economy
• IEML
• WWW Platform — IEML

Part index

The scientific map, the equations, and the bibliographic spine for this part of the Knowledge Base are collected in the part indexes:

• General · Engineering · Computer science · Playbooks
• Indexes · Glossary · SUMMARY

Wikipedia snapshots in the chapter card offer offline orientation; the part indexes carry the full citation trails.