Appearance
Text size

Glossary

Becker and mortality

Ernest Becker’s The Denial of Death is an influential interpretation of how mortality can shape meaning and culture. UNNATURAL treats it as one powerful, contested account rather than the settled cause of human behavior.

The proposal

Becker argues that humans can represent their own future absence and must live with that knowledge while pursuing ordinary needs. Religious beliefs, art, family, political causes, and work can then become ways of participating in something that outlasts one body. He calls these projects symbolic immortality.

This is a useful lens for asking why a project matters so much, or why criticism of a group can feel like a threat to the self. It is not a license to explain every commitment as disguised fear. Love, curiosity, material need, social belonging, justice, pleasure, and habit may all matter, sometimes at once.

Evidence and limits

Terror Management Theory developed testable experiments from Becker’s ideas, including studies of mortality reminders and worldview defense. The research program remains debated. A 2025 systematic review reports heterogeneous findings, underpowered studies, and possible spurious effects while leaving room for nonzero effects. The archive therefore uses “Becker proposes” and “some TMT studies report,” rather than “death awareness explains culture” or “TMT confirms Becker.”

The book’s title can name a human tension without saying that humans have escaped nature. We are biological creatures whose symbolic abilities create additional choices and pressures. Whether mortality is the deepest source of meaning is an open question, alongside accounts emphasizing care, competence, attachment, social recognition, and ordinary enjoyment.

Questions for the reader

Connections

Foundational distinctions

Chapter 8 generalizes from the Three Blades to a practical question: what kind of distinction is this, and what does it leave between its sides? “Duality” is a convenient name, but not every useful division is binary. Some are gradients, overlapping categories, or temporary choices for a task.

Examples include self/world, toward/away, known/unknown, signal/noise, trust/threat, and being/becoming. The book does not claim they arrive in a fixed biological order or that a bacterium uses every human category. The point is to examine how a cut helps at one resolution and misleads at another.

The yin-yang tradition offers one alternative to treating opposites as enemies or expecting a final synthesis: poles can be mutually shaping without being identical. This is a comparison, not a claim that all dialectical traditions say the same thing.

Practice

Choose a category in your life. Ask whether it is binary, graded, overlapping, or imposed by a form. Then name one case it handles badly. The labels practice makes the omitted case visible.

Connections

Information and physical coupling

“Information” in this book means a pattern, representation, or organized practice carried by something physical and able to change what happens next. A map is ink or pixels plus a use. A promise is words, memory, expectations, and actions. A category in a database is code, storage, institutional procedure, and consequences.

This vocabulary distinguishes levels without splitting reality into two substances. The physical world does not depend on our descriptions to exist. A description can still alter the physical world when people use it: a schedule changes who arrives, a diagnosis changes treatment, a law changes access, and a false rumor changes behavior.

The content of a representation can be wrong. A model’s physical existence does not make its claims true. Ask what carries the pattern, who interprets it, what practice sustains it, and what evidence could correct it.

A few marks move your hand begins with a drawing instruction, then offers a bus timetable as a larger case. The route from marks to a journey includes drivers, vehicles, roads, passengers, and the people who maintain the schedule. Chapter 19 follows such dependence into public infrastructure; chapter 20 asks what changes when communication technologies let patterns travel much further.

Claims about ritual, sacredness, or archetype belong to particular traditions and experiences. The wiki does not turn them into spooky information objects or assert that an unseen spiritual layer causes behavior. Chapter 22 compares named practices in their own terms before offering any structural analogy.

Connections

Layered Realism

The book’s operative ontology: reality is not one kind of thing but a warehouse with different loading rules — concrete, artifact, social, abstract, and subjective layers each real in their own mode.

Overview

Layered realism is the ontological framework the book works with across all three acts, made fully explicit in the overall.md working source. The central claim is that the question “is it real?” is underspecified without asking “real in what sense, at what layer, and under what maintenance conditions?” The alternative — treating all apparently real things as the same kind of thing — produces the confusion the book calls the fallacy of misplaced concreteness (Whitehead) and the category mistake (Ryle).

The framework is explicitly a synthesis rather than a single-thinker system. It draws on philosophy of science (scientific objectivity and method), social ontology (Searle, Gilbert), philosophy of artifact (Thomasson), and the book’s own account of the information/physical duality. It is a working ontology: it is not defended as the final word on metaphysics but as the frame most adequate to the practical task of navigating life across all its layers without collapsing or inflating any of them.

The key move: “objective” does not mean “view from nowhere.” Objectivity is an achievement of methods that reduce idiosyncratic bias and make claims publicly checkable. Different layers require different methods. A physicist’s method is not appropriate for studying a corporation, and a sociologist’s method is not appropriate for studying gravity.

The five layers

1. Material concrete

Things that occupy space-time and enter causal chains. Rocks, bodies, neurons, stars. The layer studied by physics, chemistry, and biology. These things do not depend on recognition for their existence — they were here before minds, and they will continue after. Their identity is not conventional: the boundary of a stone is (mostly) a bona fide boundary, discovered rather than drawn.

The failure mode: treating this as the only real layer — “nothing is real unless it is made of matter.” This makes social facts, institutions, and norms inexplicable and dismisses the very real consequences of the informational layer.

2. Artifacts

Things intentionally made for purposes. Knives, buildings, software, books. Artifacts have a hybrid ontology: their material existence is concrete, but their identity depends on the intention behind their making. A rock shaped by erosion into a knife-shape is not a knife; a rock shaped with cutting-intent is. The same object can shift artifact category as its social role changes.

The failure mode: treating artifacts as if their function were intrinsic rather than conferred, making it hard to notice when the artefact is being used against its designed purpose.

3. Social and institutional

Things that are real because collective recognition, norms, and enforcement stabilise them. Money, corporations, marriages, borders, laws. These do not exist the way rocks do, and they do not not exist either. They are patterns in the informational layer that have accumulated physical shadows through prolonged collective agreement. A corporation can hire, fire, sue, and be sued; it has no body but it has enormous physical consequences. Searle’s formula — “X counts as Y in context C” — is the mechanism: collective recognition assigns institutional status to physical entities.

The maintenance condition distinguishes social facts from mere conventions: a social fact persists as long as the collective recognition holding it in place persists. When recognition collapses — a currency hyperinflates, a regime falls — the institutional thing can vanish very fast. Money is described in the book as “the most successful thingification in history”: it runs the world, and on inspection it is made of nothing but agreement.

The failure mode: treating social facts as if they were material concrete (“corporations are just people”; “money is just paper”) or as if they were purely arbitrary and therefore unreal (“it’s only a social construct”). Both errors miss the specific kind of reality social things have.

4. Abstract

Things that are indispensable in reasoning but whose metaphysical status is genuinely disputed. Numbers, sets, logical relationships, mathematical structures. Abstract objects do not occupy space-time and are not causally efficacious in the standard physical sense — yet mathematical reasoning consistently reaches truths that then turn out to describe physical reality with uncanny precision. Their existence is contested; their usefulness is not.

The book treats abstract objects with deliberate agnosticism: they belong in the warehouse, at their own shelf, but the loading rules for that shelf are still being worked out. Hofstadter’s treatment of self-reference and strange loops is the closest the book comes to a positive account of abstract structure.

5. Subjective

States that are real as experience: pain, desire, emotion, perception, the felt sense of meaning. These are perspective-bound — they are what it is like from somewhere — but not therefore unreal. The failure mode in both directions: eliminating the subjective as “mere feeling” (losing the very layer where motivation, suffering, and meaning exist) or treating the subjective as the only real layer (solipsism, and the loss of shared constraint).

The book’s position is that subjectivity is first-personal and should not be dismissed as unreal. Damasio’s somatic-marker work supports a narrower claim: bodily signals can contribute to decision-making. It does not settle every question about experience or causation.

Marr’s levels as a parallel framework

David Marr’s three levels of analysis — the computational problem, the representation and algorithm, and the physical implementation — provide a complementary framework for the same insight applied to information-processing systems. A belief is a physical state (level 3) implementing an algorithm (level 2) solving a problem (level 1). Confusing these levels produces as much confusion as confusing the five ontological layers: explaining memory as “it’s just neurons firing” answers a level 3 question while ignoring levels 1 and 2.

Key claims

Connections

Open questions


Last updated: 2026-04-16 | Sources: 2 (/dump/overall.md, Ch. 9–10)

MMM: Three overlapping modes

MMM is a family nickname for ways of learning, creating, and becoming. It is a proposed synthesis, not a universal mechanism or a ladder of maturity.

The three modes

Learning: observe, explain, test

The Learning mode asks what can be known. You notice a difference, form an account of how relevant things may connect, and test the account against new observations or a deliberate comparison. A test can narrow possibilities without producing certainty. Learning need not deliver control: astronomy can teach us about stars without letting us move them.

Creating: find your bearings, try, make

The Creating mode asks what can be done. You identify the situation and its constraints, make a move, and produce something that can meet the world. A draft, recipe, conversation, or prototype can teach before a complete explanation exists. Making can also cause harm, so effort and effectiveness are not ethical conclusions.

Becoming: attend, explore, make room

The Becoming mode asks what deserves attention and what might emerge. You attend to what is present, explore possibilities without fixing the answer too early, and support conditions for an outcome without pretending to command it. Manifestation here means preparation and participation, never wishing a result into existence.

How they relate

The modes can nest and interrupt one another. A cook tests a recipe while making dinner. A person planning an apology may need to stop gathering evidence and listen. Someone caring for a dying plant may need maintenance, acceptance, and grief rather than a more elaborate model. There is no fixed order and no claim that “Becoming” is a higher stage than Learning.

Use One sheet, three kinds of doing to test an explanation, make a small object, and follow an unplanned shape with the same material. Notice how the purpose and the meaning of a result change. Rest, care, limits, material support, and asking for help remain available responses outside this comparison.

What the concept does not establish

Three words recurring across fields do not prove that those fields share one process. Evolutionary change in a population is not an individual’s learning. A contemplative practice has its own history and aims before this framework compares it. Similarity can suggest a fruitful analogy; it cannot serve as independent confirmation.

Connections

The Three Blades

The “blades” are memorable names for three useful distinctions in Act 2. They are lenses for handling situations, not discovered biological stages or universal opposites.

First: self and world

A body, task, or relationship has a boundary that helps orient action. The boundary can leak, shift, and depend on context. Ask what this distinction helps protect or coordinate, and where it fails.

Second: world and model

A description, expectation, or route is made from the world and used within it, but it is not the world. A model can guide action without being a full internal picture. The test is whether it helps with the task and what its omissions cost.

Third: good and bad

Living systems distinguish conditions that support or damage them. Human values add history, reasons, institutions, and moral disagreement. A preference is not yet an ethical verdict.

Every cut makes something easier to handle and leaves something out. Use the maps practice or labels practice to name an omitted detail and who bears its consequence.

Connections

Thingification

The process by which continuous reality is made discrete and usable: naming regions of fog, assigning them edges, and then treating the names as if they were the territory.

Overview

Reality, considered honestly, is continuous and smeared — it refuses to come pre-packaged. Things are something we do to it. Thingification is the name for this doing: deciding that a region of the continuous stuff coheres enough to be treated as one thing, giving it a noun, and proceeding to act as if the noun were the territory. The chapter title makes the trajectory explicit: fog becomes a tax code.

Thingification is not optional or pathological. Without it there would be no agency — no ability to refer, reason, coordinate, or trade. Every noun in every language is a thingification. The question is not whether to thingify but at what cost, with what awareness, and with how much willingness to notice that the cuts were made.

The concept generalises along four rungs of increasing complexity. First, objects: physical regions of stuff treated as coherent individuals. Second, categories: thingifications of thingifications — names for classes of things. Third, identities and roles: thingification applied to people, with the coordination benefits of legibility and the costs of oversimplification and capture. Fourth, institutions: very stable informational things with very real physical consequences. Money, law, corporations, marriages, nations — they don’t exist the way rocks do, and they don’t not exist either. They are a specific kind of reality: patterns in the informational layer that have accumulated physical shadows through prolonged collective agreement.

The mechanism

The continuous-to-discrete move has a definite structure. A region of fog is given a boundary (often fiat — drawn by convention — rather than bona fide — discovered in the world). The bounded region gets a name. Once named, it can be referred to by people who have never encountered it directly. Reasoning about the name begins to substitute for engagement with the fog. Over time, the name becomes the thing, and the original act of drawing the boundary is forgotten. This forgetting is Whitehead’s “fallacy of misplaced concreteness” and Lukacs’ “reification” — dynamic human relations hardening into thing-like objects that forget they were ever relations.

The costs at each level are structurally similar but scale with the stakes:

Layered realism: what kinds of things there are

The overall.md source makes explicit the ontological taxonomy the book operates with, calling it a layered realism. Some things are materially concrete and causally efficacious — they occupy space-time and enter causal chains. Some are artifacts: intentionally made for purposes. Some are social or institutional: real because recognition, norms, and enforcement stabilise them. Some are abstract: indispensable in reasoning though metaphysically contested. Some are subjective: perspective-bound but not therefore unreal.

This is the ontological framework behind the escalating rungs of thingification. The key claim: reality is not one shelf but a warehouse with different loading rules. Moving from one kind of thing to another requires different modes of justification, different maintenance conditions, and different failure modes. Mistaking one layer for another is where most philosophical confusion — and a good deal of practical harm — originates.

“Objective” in this framework does not mean “view from nowhere.” It means the achievement of methods that reduce idiosyncratic bias and make claims publicly checkable. Subjectivity is not the failure to achieve objectivity; it is a different kind of real claim, one that requires its own mode of verification.

Psychological essentialism and its costs

Cognitive research on psychological essentialism (Medin, Gelman, and others) shows that people do not represent categories as mere lists of features. They represent them as having a hidden essence: a deep causal nature that makes something what it is. This is thingification at the representational level. It is useful: essentialist representations help with induction (if something has the essence, it probably has the other properties). But it is also systematically misleading when the categories are social, when the “essence” is projected rather than discovered, or when the boundary was drawn by convention rather than nature. Essentialism turns a useful grouping into a necessary one, making the cut invisible. This is why the same cognitive mechanism that makes a child excellent at learning natural kinds can sustain racist, sexist, or nationalist categorisation in adults.

Fungibility and rivalry as ontological tools

The overall.md source identifies two further “extra blades” — distinctions that extend thingification’s analytical reach into economics and value theory. Fungible things are interchangeable units: their units are equivalent by nature, trade usage, or agreement — so one dollar substitutes perfectly for another. Non-fungible things carry identity across time: their value attaches to individual traits and histories rather than merely to class membership. Rival goods are depleted by use: one person’s consumption leaves less for others. Nonrival goods can be shared without depletion — a mathematical theorem used by one person is not thereby unavailable to another.

These are not just economic categories. They are ontological tools for separating kinds of value, kinds of scarcity, and kinds of conflict. A rivalry over land is structurally different from rivalry over a mathematical idea. The thingification that treats both as the same kind of thing produces predictable category errors in policy and ethics.

Institutions as the most consequential thingifications

Chapter 9 specifically emphasises institutions as the culmination of the thingification process. Money is described as “the most successful thingification in history”: it runs the world, and it is, on inspection, made of nothing but agreement. Law, similarly, is enforced consensus — a stable informational pattern with enormous physical consequences. These examples ground the information/physical duality at its most practically significant point: an institution can wreck or sustain a body without touching it physically, because the informational layer pulls on the physical one with great force.

Key claims

Connections

Open questions


Last updated: 2026-04-16 | Sources: 3 (Ch. 9, Ch. 10, /dump/overall.md)

Volo Ergo Sum

“I will, therefore I am” is the book’s deliberately provisional reply to “what moves us?” It uses will as a functional lens for orientation: a system is organized around conditions it approaches, avoids, preserves, or changes. It does not claim that a bacterium has a human inner life, or that orientation settles consciousness.

Chapter 1 separates orientation, feeling, and reflective choice. Damasio’s somatic-marker work supports a specific claim about bodily signals and decision-making. Spinoza offers a philosophical account of striving. Enactivist work treats cognition as something living bodies do in relation to environments. These sources illuminate different parts of the lens and do not form one proof.

Chapter 2 follows the practical consequence: distinct systems carry different histories and needs into shared situations. Chapter 3 asks how care, growth, and meaning relate without reducing one to another. Chapter 4 asks how private accounts become shared knowledge through evidence, correction, and testimony.

The phrase is a handle, not a throne. Try the wants practice, then record where the lens clarifies a choice and where it hides bodily need, social pressure, material constraint, or another person’s claim.

Connections