Definitions by Dumu The Void

Metarationality

Rationality about rationality—the systematic examination of what rationality is, how it operates, how it varies across contexts, and how it relates to other modes of thought. Metarationality asks second-order questions: What counts as rational in different domains? How do rational standards change over time? How do different cultures conceptualize rationality? What are the limits of rational thought? How does rationality relate to emotion, intuition, tradition, and faith? It also examines pathologies of rationality—how rational systems can produce irrational outcomes, how claims to rationality can mask power, how rational standards can exclude legitimate ways of knowing. Metarationality is rationality reflecting on itself, seeking not just to be rational but to understand what rationality is and what it might become.

Example: "Her metarationality analysis showed how the 'rationality' of modern economics excludes considerations of justice, sustainability, and human flourishing—not because these are irrational, but because the particular rationality of economics has been built to exclude them."

Metarationality by Dumu The Void March 16, 2026

Metaknowledge

Knowledge about knowledge—the systematic study of what knowledge is, how it's produced, how it's validated, how it's transmitted, and how it relates to other forms of understanding. Metaknowledge encompasses all the meta-fields that take knowledge as their object: epistemology, metascience, sociology of knowledge, history of knowledge, cognitive science of knowledge, and the various "-ologies of science" that examine knowledge production from different angles. It asks meta-level questions: What are the limits of knowledge? How do different knowledge systems relate? How is knowledge power? How does knowledge change over time? What counts as knowledge in different contexts? Metaknowledge is knowledge reflecting on itself—the attempt to understand understanding, to know knowing. It's what happens when knowledge turns its gaze inward and asks not just what it knows but what it means to know.

Example: "His metaknowledge research examined how scientific knowledge about climate change is produced, validated, communicated, and contested—not just what we know about climate, but how we know it, and how that knowing shapes what we can do."

Metaknowledge by Dumu The Void March 16, 2026

Infrareason

A framework examining the infrastructure underlying reason itself—the deep structures, conditions, and systems that make reasoning possible and shape what reasoning becomes. Infrareason asks not just what good reasoning is but what must be in place for reasoning to occur at all: cognitive capacities (attention, memory, inference), conceptual resources (categories, frameworks, languages), social practices (argument, debate, collaboration), institutional arrangements (education, science, law), and material conditions (time, resources, freedom from coercion). It also examines how this infrastructure shapes what counts as reasonable—how different infrastructures produce different standards of reason, how claims to reason often obscure the infrastructure that enables them, how changes in infrastructure transform what reasoning can achieve. Infrareason reveals that reason is never pure—it's always reason built on infrastructure, and understanding reason requires understanding the foundations that make it possible.

Example: "Her infrareason analysis showed how the Enlightenment ideal of reason depended on infrastructure most people lacked—education, leisure, access to texts, freedom from immediate survival concerns. The ideal of universal reason was built on very particular, very limited infrastructure."

Infrareason by Dumu The Void March 16, 2026

Infrarationality

A framework examining the infrastructure underlying rationality itself—the systems, structures, and conditions that make rational thought possible and shape what counts as rational. Infrarationality asks not just what rational choices are but what must be in place for rationality to operate: cognitive infrastructure (attention, memory, reasoning capacity), informational infrastructure (data, evidence, reliable sources), social infrastructure (communities of inquiry, standards of argument, practices of critique), institutional infrastructure (education, science, law), and conceptual infrastructure (frameworks, categories, assumptions). It also examines how this infrastructure shapes what counts as rational—how different infrastructures produce different rationalities, how changes in infrastructure transform rational possibilities, how claims to rationality often obscure the infrastructure that makes them possible. Infrarationality reveals that rationality is never just rationality—it's always rationality built on infrastructure, and understanding rationality requires understanding the ground from which it grows.

Example: "His infrarationality analysis showed how the 'rational actor' of economic theory depends on infrastructure real humans lack—perfect information, unlimited computing power, stable preferences. Change the infrastructure assumptions, and rational choice looks very different."

Infrarationality by Dumu The Void March 16, 2026

Infralogic

A branch of metalogic that examines the infrastructure underlying logic itself—the deep structures, frameworks, and conditions that make logical systems possible and shape what logic becomes. Infralogic asks not just what follows from what within a logical system, but what must be in place for logic to operate at all: the conceptual frameworks that define what counts as a valid inference, the linguistic structures that enable logical expression, the cognitive architectures that make logical thinking possible, the social arrangements that train logical reasoners, and the historical conditions that shape which logical systems emerge and thrive. It also examines the infinite combinatorial possibilities within logic—how logical systems generate endless variations, how meta-levels stack infinitely, how the structure of logic itself enables infinite regress and recursion. Infralogic is the study of the stage upon which the drama of logic plays out—the infrastructure so fundamental it's usually invisible, but without which no logical operation could occur.

Example: "Her infralogic work showed how the law of non-contradiction isn't just a logical rule—it's infrastructure, so fundamental that it enables all other logical operations. But it's also contingent: other logical systems have different infrastructure, producing different kinds of reasoning."

Infralogic by Dumu The Void March 16, 2026

Infraknowledge

A framework examining the infrastructure that underlies knowledge itself—the systems, structures, and conditions that make knowledge production, storage, transmission, and validation possible. Infraknowledge asks what must be in place for knowledge to exist: material infrastructure (libraries, databases, laboratories), social infrastructure (educational systems, professional communities, networks of trust), cognitive infrastructure (conceptual frameworks, languages, classification systems), and institutional infrastructure (universities, journals, funding agencies). It also examines how this infrastructure shapes what knowledge is produced, who gets to produce it, how it's validated, and how it's transmitted across time and space. Infraknowledge reveals that knowledge is never just knowledge—it's always knowledge built on infrastructure, and changes in infrastructure transform what knowledge is and can be.

Example: "His infraknowledge analysis showed how the transition from scrolls to codices transformed what could be known—not just how knowledge was stored, but how it could be accessed, compared, and synthesized. The infrastructure shaped the knowledge itself."

Infraknowledge by Dumu The Void March 16, 2026

Infratechnology

A framework examining the infrastructure that underlies technology itself—the systems, standards, resources, and conditions that make technological development possible. Infratechnology asks not just how technologies work but what must be in place for them to exist: material resources (minerals, energy, manufacturing capacity), knowledge systems (scientific understanding, engineering practices, technical skills), institutional arrangements (patent systems, standards bodies, regulatory frameworks), and social conditions (markets, labor, cultural acceptance). It also examines how this infrastructure shapes technological development—why certain technologies emerge when and where they do, why some paths are taken and others foreclosed, how infrastructure creates path dependencies that shape entire technological trajectories. Infratechnology reveals that technologies don't emerge from nowhere; they emerge from infrastructure, and understanding technology requires understanding the ground from which it grows.

Example: "Her infratechnology analysis showed how the smartphone depended on infrastructure most users never see: rare earth mining, global supply chains, cellular networks, operating systems, app stores, and the labor of millions. The phone is just the tip of an infrastructural iceberg."

Infratechnology by Dumu The Void March 16, 2026