Critical Theory of Scientific Progress

The application of Critical Theory to narratives of scientific progress—examining how "progress" is defined, who benefits, and what costs are hidden. Critical Theory of Scientific Progress asks: Progress for whom? Measured how? At whose expense? What's lost when we focus only on advances? Drawing on critiques of technological rationality and progress narratives, it insists that scientific progress is never just progress—it's also displacement, destruction, forgetting. Understanding progress requires understanding its shadow.

"Look how far science has come! Critical Theory of Scientific Progress asks: far for whom? At what cost? Scientific progress has meant displacement for some, exploitation for others. The same progress that gave us antibiotics also gave us eugenics. Critical theory insists on asking: progress toward what, for whom, and what's been left behind?"

by Abzugal Nammugal Enkigal March 4, 2026

Critical Theory of Scientific Knowledge

The application of Critical Theory to scientific knowledge itself—examining how it's produced, validated, and circulated, and how power operates in each of these processes. Critical Theory of Scientific Knowledge asks: Who gets to produce scientific knowledge? Whose knowledge counts? How are scientific facts established, and what interests shape that process? Drawing on science studies, feminist epistemology, and postcolonial theory, it insists that scientific knowledge is never just knowledge—it's also power. Understanding science requires understanding the politics of knowing.

"Scientific knowledge is objective, they say. Critical Theory of Scientific Knowledge asks: objective by whose standards? Produced in what context? Funded by whom? Scientific knowledge is produced by humans in societies with power relations. That doesn't make it false; it makes it human. Critical theory insists on asking: whose knowledge is this, and who does it serve?"

by Abzugal Nammugal Enkigal March 4, 2026

Critical Theory of Scientific Evidence

The application of Critical Theory to what counts as evidence in science—examining how evidentiary standards are established, who benefits, and what forms of evidence are marginalized. Critical Theory of Scientific Evidence asks: Why is quantitative evidence privileged over qualitative? Why are some forms of testimony dismissed? Who decides what counts as good evidence? How have evidentiary standards been used to exclude marginalized knowers? It doesn't reject evidence but insists that evidentiary standards are never neutral—they're shaped by power, history, and context.

"That's just anecdotal, not real evidence. Critical Theory of Scientific Evidence asks: anecdotal by whose standards? Experience is evidence too—it's just not the kind that fits in spreadsheets. Evidentiary hierarchies reflect power: who gets to define evidence, and whose knowledge gets excluded. Critical theory insists on evidence that includes, not just evidence that measures."

by Abzugal Nammugal Enkigal March 4, 2026

Theory of Scientific Method Elasticity

A framework proposing that the scientific method itself is elastic—that it can stretch across disciplines, contexts, and historical periods without breaking into mere procedure. Scientific Method Elasticity suggests that there's no single, rigid method but a stretchy family of practices: physics stretches differently from ecology, which stretches differently from psychology. The theory identifies the method's elastic limits: when does stretching become pseudoscience? When does adaptation become abandonment of rigor? Understanding science requires understanding how far its methods can stretch while remaining scientific.

Theory of Scientific Method Elasticity "They demanded the same methods in ecology as in particle physics. Theory of Scientific Method Elasticity says: different sciences, different stretches. The method isn't one-size-fits-all; it's elastic. The question isn't whether it's scientific; it's whether the stretch is appropriate for the domain."

by Nammugal March 4, 2026

Theory of the Elasticity of the Scientific Method

A meta-framework examining how conceptions of the scientific method stretch across history, culture, and discipline. The Elasticity of the Scientific Method studies how method has been defined—from Baconian induction to Popperian falsification to Kuhnian paradigms to Feyerabend's "anything goes"—and how these definitions stretch under pressure from new sciences, new technologies, new questions. It asks: what are the limits of method's stretch? When does stretching become loss of rigor? How does method recover from its own failures? It's methodology reflecting on its own history and possibilities.

"The scientific method used to mean controlled experiments; now it means modeling, simulation, big data mining. Theory of the Elasticity of the Scientific Method says that's a stretch—maybe too far for some, necessary for others. The question is whether method can stretch to include new ways of knowing without losing what makes it science."

by Nammugal March 4, 2026