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Cognitive Scientism

The extension of scientism into cognitive science, where mental processes—thinking, feeling, deciding—are treated as fully explainable by computational or information-processing models, with no remainder. Cognitive scientism dismisses phenomenology, introspection, and first-person experience as unreliable, insisting that only third-person cognitive measures (reaction times, eye tracking, neural imaging) reveal what's "really" happening. It often conflates modeling a cognitive function with explaining the lived reality of that function.
Example: "He argued that consciousness was just 'working memory plus attention' as defined by his model—cognitive scientism, confusing a useful simulation with the mystery itself."
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Cognitive Scientific Theory of Collective Dissociation of Late-Stage Capitalism

A framework applying cognitive science to understand the mental processes underlying collective dissociation under late-stage capitalism. The cognitive scientific theory investigates how individual cognitive mechanisms (attention, memory, belief formation, cognitive dissonance reduction, motivated reasoning) interact with capitalist social structures to produce collective denial. It asks: How does the constant cognitive load of modern work inhibit systemic reflection? How do advertising and media exploit cognitive biases to maintain consumption despite awareness of consequences? How does the sheer complexity of global capitalism exceed human cognitive capacity, producing dissociation by default? How do cognitive processes scale up through social networks to produce population-level patterns of knowing and not knowing? This approach reveals that collective dissociation under late-stage capitalism is rooted in the basic architecture of human cognition—amplified by economic structures, triggered by overwhelming complexity, and shaped by information environments designed to exploit cognitive vulnerabilities.
Example: "Her cognitive scientific theory of collective dissociation of late-stage capitalism showed that the human brain simply can't track the consequences of its consumption through global supply chains—the complexity exceeds our cognitive capacity. The dissociation isn't just denial; it's cognitive overwhelm, built into the scale of the system."

Cognitive Scientific Theory of Mass Dissociation of Late-Stage Capitalism

A framework applying cognitive science at population scale to understand mass dissociation under late-stage capitalism. The cognitive scientific theory investigates how cognitive mechanisms scale up through populations: how attention is collectively shaped by media environments; how memory is socially constructed through shared narratives; how belief formation is influenced by network effects; how cognitive biases are amplified through social dynamics. It uses tools from cognitive psychology, neuroscience, and cognitive anthropology to study how mass dissociation operates—how populations collectively manage the cognitive load of systemic awareness, how shared attention patterns enable mass denial, how distributed cognition can produce collective blind spots. This approach reveals that mass dissociation under late-stage capitalism is not just a social phenomenon but a cognitive one—rooted in how human minds work, amplified by social and technological systems, and shaped by the cognitive demands of the economic order.
Example: "His cognitive scientific theory of mass dissociation of late-stage capitalism used network analysis to show how climate denial spreads through social media—not as deliberate misinformation alone, but through cognitive mechanisms of confirmation bias and social trust that the platform architecture exploits. The dissociation is cognitive, social, and technological all at once."

Scientific Cognitive Theory of Collective Dissociation

A framework that applies cognitive science—psychology, neuroscience, and cognitive anthropology—to understand the mental processes underlying collective dissociation. The scientific cognitive theory of collective dissociation investigates how individual cognitive mechanisms (attention, memory, belief formation, cognitive dissonance reduction) scale up to produce collective phenomena. It asks questions like: How do cognitive biases (confirmation bias, motivated reasoning, consistency seeking) operate in social contexts? How does social identity shape what individuals can afford to know? How do narratives and frames influence what information is processed and what is ignored? How do cognitive processes interact with social structures to produce shared denial? This approach reveals that collective dissociation is not just a social process but a cognitive one—rooted in the basic workings of human minds, amplified and channeled by social context.
Example: "His scientific cognitive theory of collective dissociation research used fMRI to study how people processed information that challenged their national identity—showing that threatening information activated the same brain regions associated with physical pain. The dissociation wasn't just social; it was neural."

Scientific Cognitive Theory of Mass Dissociation

A framework applying cognitive science to understand the mental processes underlying mass dissociation at population scale. The scientific cognitive theory of mass dissociation investigates how individual cognitive mechanisms (attention, memory, belief updating, cognitive dissonance reduction) interact with social and technological systems to produce widespread denial. It asks: How do cognitive biases scale up through social networks? How does human information processing handle threats too large to comprehend? What cognitive mechanisms enable populations to maintain contradictory beliefs? How do cognitive processes interact with media environments to shape what masses can know? This approach reveals that mass dissociation is rooted in the basic architecture of human cognition—amplified by social context, triggered by overwhelming threats, and shaped by the information environments we've created.
Example: "Her scientific cognitive theory of mass dissociation research showed that the human brain simply isn't designed to process threats on the scale of climate change—we evolved to respond to immediate dangers, not gradual planetary transformation. Mass dissociation isn't just denial; it's cognitive mismatch."

Cognitive Sciences of Scientific Orthodoxy

The application of cognitive science—psychology, neuroscience, artificial intelligence, linguistics—to the study of how individual minds relate to scientific orthodoxy. The cognitive sciences of scientific orthodoxy examine how scientists (and laypeople) process, accept, resist, and transmit consensus views: the cognitive biases that make orthodoxy attractive (conformity, confirmation bias, authority bias); the cognitive mechanisms that enable dissent (independent thinking, cognitive flexibility, tolerance for uncertainty); how memory, attention, and reasoning shape what we take from orthodoxy; how expertise changes the relationship to consensus; how social cognition (theory of mind, group identification) influences our response to what others believe. They treat scientific orthodoxy not just as a social or historical phenomenon but as a cognitive one—something that exists in individual minds and is processed through individual cognitive systems. The cognitive sciences of scientific orthodoxy reveal that consensus is never just out there in the world; it's always also in here, in our heads, shaped by how we think.
Cognitive Sciences of Scientific Orthodoxy cientists are subject to conformity effects—not because they're weak, but because human brains are built to find consensus persuasive. Knowing that doesn't eliminate the effect, but it helps compensate for it."

Cognitive Sciences of Scientific Orthodoxy

The application of cognitive science—psychology, neuroscience, artificial intelligence, linguistics—to the study of how individual minds relate to scientific orthodoxy. The cognitive sciences of scientific orthodoxy examine how scientists (and laypeople) process, accept, resist, and transmit consensus views: the cognitive biases that make orthodoxy attractive (conformity, confirmation bias, authority bias); the cognitive mechanisms that enable dissent (independent thinking, cognitive flexibility, tolerance for uncertainty); how memory, attention, and reasoning shape what we take from orthodoxy; how expertise changes the relationship to consensus; how social cognition (theory of mind, group identification) influences our response to what others believe. They treat scientific orthodoxy not just as a social or historical phenomenon but as a cognitive one—something that exists in individual minds and is processed through individual cognitive systems. The cognitive sciences of scientific orthodoxy reveal that consensus is never just out there in the world; it's always also in here, in our heads, shaped by how we think.
Cognitive Sciences of Scientific Orthodoxy Example: "His cognitive sciences of scientific orthodoxy research showed that even expert scientists are subject to conformity effects—not because they're weak, but because human brains are built to find consensus persuasive. Knowing that doesn't eliminate the effect, but it helps compensate for it."