Definitions by Abzugal Nammugal Enkigal
Sociology of Critical Thinking
A field that studies critical thinking as a socially situated practice, not a purely cognitive skill. It examines how critical thinking is taught, valued, and performed in different social contexts (schools, workplaces, online debates). It asks: who is encouraged to think critically about what? Whose critical questioning is seen as legitimate, and whose is dismissed as “obsessive” or “conspiratorial”? It studies how social hierarchies (class, race, gender) shape access to critical thinking education and how institutions reward or punish skeptical inquiry. The sociology of critical thinking reveals that “critical thinking” is often a gatekeeping concept.
Example: “The sociology of critical thinking showed that working-class students were taught to follow procedures, while elite students were taught to question authority—so ‘critical thinking’ was distributed unevenly, serving to reproduce class structure.”
Sociology of Critical Thinking by Abzugal Nammugal Enkigal June 1, 2026
Paraconsistent Demarcationism
A demarcation framework that allows for scientific theories to contain genuine contradictions without immediately being labeled unscientific. It draws on paraconsistent logic and examples like early quantum mechanics (wave-particle duality) or dialectical theories (capitalism’s contradictions). Paraconsistent demarcationism holds that a theory can be productive and empirically adequate even if it violates classical logic. The key is not absence of contradiction but how the theory manages contradictions—whether it is progressive or degenerating. It challenges the Popperian idea that falsification alone suffices.
Example: “Paraconsistent demarcationism accepts that light is both wave and particle—a contradiction—yet quantum theory is scientific. Thus, contradictions are not automatic disqualifiers; what matters is empirical success and problem-solving ability.”
Paraconsistent Demarcationism by Abzugal Nammugal Enkigal June 1, 2026
Fuzzy Demarcationism
A demarcation approach that replaces binary classification (science/pseudoscience) with degrees of membership on a fuzzy set. Instead of asking “Is X science?” it asks “To what degree is X science?” This allows for borderline cases, hybrid fields, and evolving practices. Fuzzy demarcationism draws on fuzzy logic and the insight that many scientific disciplines (e.g., psychology, geology) exhibit both rigorous and questionable practices. It is useful for avoiding the absolutism of strict falsificationism while still maintaining standards. It shifts focus from labeling to evaluating specific practices.
Example: “Fuzzy demarcationism rates astrology as 0.2 science (it uses some empirical observation) and 0.8 pseudoscience (lack of mechanisms, failed predictions). This nuanced grade is more informative than a binary ‘science or not’.”
Fuzzy Demarcationism by Abzugal Nammugal Enkigal June 1, 2026
Historical-Dialectical Demarcationism
A Marxist-inspired approach to the demarcation problem, arguing that the boundary between science and non-science is not timeless but historically produced and tied to class struggles and modes of production. It holds that what counts as “science” in a capitalist society serves bourgeois interests (e.g., marginalizing worker knowledge, greenwashing). Conversely, a socialist science might include participatory research, indigenous knowledge, and dialectical methods. Historical-dialectical demarcationism does not abandon truth; it insists that truth is historical and that current scientific institutions are shaped by power. It is a radical alternative to both positivist and postmodernist demarcation.
Example: “Historical-dialectical demarcationism argues that the exclusion of homeopathy from ‘science’ was not purely epistemic but also political—it threatened pharmaceutical profits. Meanwhile, corporate-funded nutrition studies were accepted without similar scrutiny.”
Historical-Dialectical Demarcationism by Abzugal Nammugal Enkigal June 1, 2026
Dynamic-Complex Demarcationism
A framework for distinguishing between science and non-science (or between good and bad science) that rejects static, binary criteria (like falsifiability) in favor of dynamic, complex, multi-dimensional assessments. It acknowledges that demarcation is not a one-time logical cut but an ongoing social and epistemic process that evolves with scientific practice. It considers factors such as methodological rigor, explanatory power, empirical support, openness to criticism, and historical track record—all as matters of degree. Unlike classical demarcation (Popper, logical positivists), dynamic-complex demarcationism is pragmatic and contextual: what counts as “good science” can change over time and across disciplines. It is less a sharp guillotine and more a fuzzy, adaptive filter.
Example: “Dynamic-complex demarcationism refuses to dismiss psychoanalysis as pseudoscience with a single falsification blow. Instead, it examines its historical evolution, clinical evidence, internal coherence, and openness to revision—concluding that some parts are more scientific than others, and that demarcation is a spectrum.”
Dynamic-Complex Demarcationism by Abzugal Nammugal Enkigal June 1, 2026
Dynamic-Complex Materialism
A synthesis of dynamic materialism (process ontology) and complex materialism (emergence, non-linearity). It holds that matter is not static substance but inherently dynamic (processual, temporal, self-moving) and complex (composed of interacting parts whose collective behavior is emergent and not reducible to the sum of components). It draws on process philosophy (Whitehead, Bergson) and complexity science (chaos theory, network theory). Reality is made of processes, not things; stabilities are temporary attractors; and wholes have causal powers that their parts do not. This materialism explains how a hurricane, a cell, a market, and a consciousness can be real material phenomena without being reducible to physics. It rejects reductionism and dualism, offering a unified, non-mechanistic view of nature.
Example: “Dynamic-complex materialism explains how a brain (neuronal processes) gives rise to mind (consciousness) not as a miracle but as an emergent property of a dynamic, complex system—real, material, and irreducible to individual neurons or to physics alone.”
Dynamic-Complex Materialism by Abzugal Nammugal Enkigal June 1, 2026
Paraconsistent Materialism
A materialist ontology that incorporates paraconsistent logic, allowing for genuine contradictions to coexist without exploding into triviality. It recognizes that physical, social, and biological systems often exhibit contradictory properties—quantum particles being wave and particle, capitalism being both productive and destructive, a person being both free and constrained. Rather than treating contradictions as errors to be eliminated, paraconsistent materialism investigates how reality sustains dialectical tensions. It rejects the classical law of non-contradiction as a universal metaphysical principle, viewing it instead as a useful tool for certain domains but not absolute. This framework is especially potent for analyzing complex, transitional, or revolutionary phenomena. It is influenced by Marxist dialectics, quantum mechanics, and paraconsistent logic. Critics worry that it might license accepting any contradiction, but its defenders argue that only some contradictions are real (i.e., have causal effects) and others are merely mistakes.
Example: “In paraconsistent materialism, the electron is both a point particle and a wave—not a logical flaw in physics, but a material contradiction that quantum mechanics learns to navigate without losing predictive power. The universe does not obey Aristotle.”
Paraconsistent Materialism by Abzugal Nammugal Enkigal June 1, 2026