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Definitions by Abzugal Nammugal Enkigal

Paraconsistent Realism

A philosophical position that reality and everything related to it is paraconsistent—meaning that true contradictions exist in the real world, and they do not lead to logical explosion (triviality). It rejects the law of non-contradiction as a universal metaphysical principle. Paraconsistent realism draws on examples from quantum mechanics (wave-particle duality, superposition), dialectical materialism (contradictions as drivers of change), and borderline legal or ethical cases where conflicting obligations are both real. It does not mean “anything goes”; rather, it allows for a logic that can handle inconsistency without collapsing into nonsense. It is a controversial but growing position in metaphysics and philosophy of science.
Example: “Paraconsistent realism holds that an electron is both a wave and a particle—a genuine contradiction in classical terms—yet physics works. The universe does not obey Aristotle; it obeys quantum mechanics, which is paraconsistent.”

Fuzzy Realism

A philosophical position that reality and everything related to it—objects, properties, categories, truth—is inherently fuzzy, meaning that boundaries are matters of degree, not sharp dichotomies. There are no crisp categories in nature: species, mountains, diseases, emotions all have borderline cases where membership is partial (0.7 a mountain, 0.3 a hill). Fuzzy realism is not relativism; it asserts that fuzziness is a real feature of the world, not just a limitation of language or knowledge. It draws on fuzzy logic and quantum mechanics (e.g., wave-particle duality as a fuzzy property). It challenges the Aristotelian demand for crisp definitions.
Example: “Fuzzy realism explains why a heap of sand remains a heap as you remove grains one by one: ‘heap’ is not a binary property but a fuzzy one. The paradox is dissolved when you accept that reality itself is graded.”

Dialectical Realism

A philosophical position that reality and everything related to it—nature, society, thought—has a structure of base and superstructure, where the base (material conditions, economic relations) determines or conditions the superstructure (ideology, politics, culture, law) in a dynamic, contradictory, and evolving way. Drawing on Marxist dialectics, it rejects both mechanical materialism (base determines superstructure mechanically) and idealism (ideas drive history). Instead, it posits that the base and superstructure interact through contradictions, feedback loops, and qualitative leaps (negation of the negation). Dialectical Realism holds that reality is inherently processual, contradictory, and historically developing. It is a middle path between positivist reductionism and postmodern relativism.
Example: “Dialectical realism explains that capitalism’s base (commodity production) generates a superstructure (neoliberal ideology, consumerism, contract law) that in turn shapes how people think, yet the contradictions between base and superstructure (e.g., labor vs. capital) drive historical change.”

RTC Reductionism

The methodological stance that the only trustworthy form of evidence comes from Randomized Controlled Trials (RCTs), and that all claims about causality, efficacy, or truth should be determined via RCTs. It is a form of methodological reductionism common in evidence-based medicine, economics, and some social sciences. RTC reductionism holds that observational studies, qualitative research, expert opinion, and historical analysis are inherently inferior or worthless. Critics argue that many important questions (e.g., the effects of smoking, the impact of macroeconomics) cannot be ethically or practically studied by RCTs. Over-reliance on RCTs can lead to narrow, context-blind policy and neglect of mechanisms, side effects, and long-term outcomes.
Example: “The RTC reductionist dismissed the qualitative study of poverty as ‘unscientific’ because it had no control group. The sociologist responded, ‘You cannot randomize people into poverty to study its effects—RTC reductionism is a luxury of well-funded, controllable domains.’”

Classical Logical Sophism

A variant of Aristotelian sophism that relies on classical logics law of excluded middle and non-contradiction to force binary choices and dismiss nuance. It often presents false dilemmas: “Either you accept peer-reviewed evidence or you are irrational.” It also uses the appeal to formal fallacy accusations (e.g., “that’s a slippery slope”) to dismiss arguments without engaging substance. Classical logical sophism is common in online debates where participants memorize lists of fallacies and use them as conversation-stoppers. It mistakes the map (logic) for the territory (reality). The solution is to demand truth of premises, not just validity of form.
Example: “She said, ‘That’s a straw man,’ and refused to engage further—even though her opponent had accurately paraphrased her. Classical logical sophism: using fallacy names as shields instead of clarifiers.”

Aristotelian Sophism

A form of sophistry that rigorously follows the rules of Aristotelian logic—valid syllogisms, no formal fallacies—while using false or misleading premises, or while ignoring crucial context. The argument is logically impeccable but unsound. It often takes the form of accusing opponents of committing logical fallacies (e.g., “that’s an ad hominem”) while being fallacious themselves (e.g., committing the fallacy fallacy). Common in strong-restricted debunking, anti-pseudoscience activism, and neo-atheism. The practitioner appears rational by wielding formal logic, but the reasoning is disconnected from reality or strategically omits counter-evidence. It is the art of being “formally correct” but substantively wrong.
Example: “He argued: ‘All pseudoscience is harmful; homeopathy is pseudoscience; therefore homeopathy is harmful.’ The syllogism was valid, but the major premise was false (some homeopathy may be harmless placebo). Aristotelian sophism: logically perfect, factually wrong.”

Ethnography of Science Communication

An ethnographic study of the practices, actors, and audiences involved in communicating science. It observes science communicators (journalists, social media influencers, museum educators), their institutional contexts (newsrooms, PR offices), and their interactions with publics. It also studies how audiences interpret, ignore, or resist scientific messages, and how trust and credibility are negotiated. Unlike surveys (which measure outcomes), ethnography captures the messy, real-time dynamics of communication—the jokes, the misunderstandings, the moments of genuine connection or alienation. It often reveals how science communication reproduces social hierarchies (e.g., who gets asked to speak, whose questions are taken seriously).
Ethnography of Science Communication Example: “The ethnography of a science museum exhibit showed that visitors from working-class backgrounds felt excluded not because they didn’t understand the facts, but because the museum’s tone assumed a middle-class comfort with abstract inquiry—a social barrier, not a cognitive one.”