Social Sciences of Progress

The empirical study of progress as a social phenomenon—how societies understand, measure, and pursue progress. Social Sciences of Progress examines how progress narratives shape policy, how progress is distributed, who benefits from claims of progress, and how progress is contested. It reveals that progress isn't just a fact—it's a story societies tell themselves, with real consequences for who gets what.

"We're making progress, they say. Social sciences of progress asks: progress for whom? Measured how? Compared to what? Who's left out of the story? Progress isn't just a fact; it's a narrative, and social science shows who writes it and who's written out."

by Dumu The Void March 2, 2026

Social Sciences of History

The empirical study of how history is produced, contested, and consumed as a social activity. Social Sciences of History includes historiography, sociology of historical knowledge, and memory studies. It examines how historical narratives are constructed, how they serve present interests, how they're taught and remembered, how they shape identity. It reveals that history isn't just the past—it's what we say about the past, and that saying is always social.

"History is what happened. Social sciences of history asks: says who? Based on what sources? Told by whom? For what audience? History is always told from somewhere, and social science shows the somewhere that textbooks hide. Not to deny the past, but to understand how we know it."

by Dumu The Void March 2, 2026

Creative Science

The application of creative AI to scientific discovery—using AI not just to analyze data but to generate novel hypotheses, design unexpected experiments, and propose new theories. Creative Science would combine AI's pattern-recognition capabilities with mechanisms for genuine scientific creativity: generating hypotheses that humans wouldn't think of, designing experiments that test unexpected connections, synthesizing across disciplines in novel ways. The frontier where AI becomes a scientific collaborator, not just a tool.

"The AI didn't just analyze the protein data; it proposed a new folding mechanism that explained anomalies everyone had ignored. That's Creative Science—AI as collaborator, not calculator. Not just finding patterns, but imagining explanations."

by Nammugal March 4, 2026

Outer Science

A broad framework for studying phenomena beyond current scientific reach—whether because they're outside our universe, beyond our observational capacity, or simply not yet accessible to scientific method. Outer Science includes paraphysics, multiverse theory, and the study of realms that may be permanently beyond empirical investigation. It's science at its limits—and beyond. Not abandoning method, but extending imagination.

"Science studies what we can observe; Outer Science studies what we can't—yet. The multiverse, other dimensions, the nature of consciousness—these may be beyond current science, but they're not beyond thought. Outer Science is the discipline of disciplined speculation: imagining what science might someday reach."

by Dumu The Void March 5, 2026

Outer Sciences

The plural of Outer Science—encompassing multiple disciplines studying phenomena beyond current scientific reach. Outer Sciences include paraphysics, outer physics, multiverse cosmology, and speculative fields that push against the boundaries of knowledge. Each outer science approaches the beyond from a different angle: physics asks about other universes; biology asks about other life; psychology asks about other minds. Together, they form a meta-discipline: the sciences of what lies beyond science.

"Outer Sciences isn't one field; it's many. Outer physics, outer biology, outer psychology—each asks what lies beyond current knowledge in its domain. Not abandoning science, but extending it to the edges—and beyond. The Outer Sciences are what we do when we've reached the limits and want to see further."

by Dumu The Void March 5, 2026

Nonlinear Science

The branch of science that studies nonlinear phenomena—systems where output is not proportional to input, where small causes have large effects, where prediction is hard. Nonlinear Science includes chaos theory, complexity theory, and the study of emergent phenomena. It's the science of the real world, as opposed to the simplified linear models that dominated 20th-century science. Nonlinear Science explains why weather is unpredictable, why ecosystems are fragile, why economies crash. It's the scientific foundation of humility, the proof that the world is more complicated than our models.

Example: "He'd been trained in linear science—simple causes, simple effects, simple predictions. Nonlinear Science showed him a different world: chaos, emergence, thresholds. Weather wasn't predictable; ecosystems weren't controllable; economies weren't stable. His old tools failed because the world wasn't linear. He had to learn new science—or stay wrong."

by Dumu The Void March 7, 2026

Nonlinear Sciences

The plural form, recognizing that there are multiple approaches, multiple methods, multiple frameworks for studying nonlinear phenomena. Nonlinear Sciences includes chaos theory, complexity science, network theory, systems theory, and more. Each offers different tools for different aspects of nonlinear reality. The plural matters because nonlinear phenomena are diverse—what works for ecosystems may not work for economies; what explains turbulence may not explain social change. Nonlinear Sciences is the recognition that complexity requires pluralism, that one size does not fit all, that the tools must match the territory.

Example: "He thought one theory would explain all complexity. Nonlinear Sciences showed him otherwise: different phenomena needed different tools. Chaos theory for weather, network theory for social systems, complexity theory for ecosystems. The plural mattered: no single science could capture all nonlinearity. He stopped looking for one theory and started collecting many."

by Dumu The Void March 7, 2026