Cognitive Determinism

A strong form of cognitive realism, arguing that our cognitive and nervous systems don't just shape but determine our experience of reality—that what we can know, perceive, and understand is strictly limited by the structure of human cognition. Cognitive Determinism holds that there are aspects of reality we cannot access because our brains didn't evolve to access them, questions we cannot think because our cognitive architecture doesn't support them, truths that are literally unthinkable. It's the position that the mind is not just a lens but a cage—that our cognitive inheritance both enables and limits what we can know. Cognitive Determinism is humbling: it suggests that the universe is likely far stranger than we can imagine, because we can only imagine what our brains allow.

Example: "He'd always assumed that human reason could eventually understand everything. Cognitive Determinism suggested otherwise: there might be truths his brain simply couldn't grasp, realities his cognition couldn't model. The universe was likely far stranger than he could imagine—not because he wasn't smart enough, but because he was human enough."

by Abzugal March 9, 2026

Theory of Social and Cognitive Paradigms

The theory that we see everything and understand reality through paradigms—frameworks of assumptions, concepts, values, and practices that shape what we can see and how we interpret it. The Theory of Social and Cognitive Paradigms argues that this applies to everything, including the scientific method itself, which operates within its own paradigms that change over time. There is no paradigm-free perception, no view from nowhere. What we take to be "just the facts" is always facts-as-seen-through-a-particular-paradigm. The theory explains paradigm shifts in science (Kuhn), cultural differences in perception, and the persistence of disagreement even among reasonable people. It's the foundation of humility about knowledge, the recognition that our way of seeing is one among many.

Example: "He used to think science was just accumulating facts. The Theory of Social and Cognitive Paradigms showed him otherwise: facts were always facts-within-a-paradigm. When paradigms shifted, facts shifted too. Science wasn't a straight line; it was a series of revolutions, each with its own way of seeing."

by Abzugal March 9, 2026

Cognitive Paradigms

The frameworks of assumptions, concepts, and processes that shape how individuals and groups think, perceive, and understand. Cognitive Paradigms include mental models, conceptual schemes, cognitive styles, and ways of knowing—all the structures that shape how we make sense of the world. They're what cognitive science studies when it examines how minds work, but with the added recognition that these structures are not universal but vary across individuals, cultures, and contexts.

Example: "She thought everyone thought like her. Cognitive Paradigms showed her otherwise: different minds, different paradigms. Her way of thinking wasn't the way; it was a way."

by Abzugal March 9, 2026

Cognitive Sciences Applied to AI

The practice of using our understanding of the human mind—perception, memory, reasoning, language, and learning—to inspire and improve artificial intelligence. It's the belief that the best way to build a smart machine is to reverse-engineer the only working example we have: the human brain. From neural networks (loosely inspired by neurons) to reinforcement learning (inspired by animal conditioning), this field has been central to AI's development, for better and for worse.

Cognitive Sciences Applied to AI Example: "The chatbot was terrible at conversation until they applied cognitive sciences to AI and taught it to manage turn-taking and context like a real human would."

by Dumu The Void March 11, 2026

AI Applied to Cognitive Sciences

The use of artificial intelligence as a tool to model, test, and understand the human mind. By building computational models that perform cognitive tasks—recognizing faces, making decisions, learning languages—researchers can create and test theories about how our own cognition might work. If an AI model behaves like a human under certain conditions, it might suggest that the human brain is using a similar computational strategy. It's cognitive science's most powerful laboratory.

Example: "They weren't sure how children learn grammar until they used AI applied to cognitive sciences to build a model that learned the same way, confirming their hypothesis."

by Dumu The Void March 11, 2026

Cognitive Sciences of Science

The interdisciplinary study of how human cognitive processes—perception, memory, reasoning, problem-solving—enable and constrain scientific thinking. It asks: What cognitive mechanisms allow humans to do science at all? What biases and limitations shape scientific discovery? How do scientists actually think, as opposed to how they say they think? Drawing on psychology, neuroscience, and artificial intelligence, this field investigates the mental machinery behind hypothesis generation, theory choice, experimental design, and scientific creativity. It's science studying itself through the lens of the human brain that does it.

Example: "The cognitive sciences of science explain why even brilliant scientists suffer from confirmation bias—it's not a moral failing, it's just how human pattern-recognition works."

by Abzugal March 11, 2026

Cognitive Sciences of the Scientific Method

The application of cognitive science to understand how human minds actually perform the operations that the scientific method prescribes. How do we form hypotheses? What cognitive processes underlie controlled observation? How does the brain manage the demands of experimental reasoning? This field reveals that the scientific method isn't just a set of rules written in books—it's a set of cognitive practices that humans must learn, that recruit specific brain systems, and that can fail in characteristic ways when those systems misfire. It's the study of the scientist's brain at work.

Example: "The cognitive sciences of the scientific method show why double-blind designs are necessary—our brains automatically seek confirmation, and no amount of training completely eliminates that cognitive reflex."

by Abzugal March 11, 2026