COGNITIVE IMMUNOLOGY

Wake the sleeping

intellect

Cognitive hygiene, mind refactoring, and meme-virus analysis — from magic to conspiracy theories.

344+ materials · 80 quizzes · 142+ fact-checks · 54 cognitive biases · 4 languages. We don’t sell comforting stories — we diagnose beliefs and ship verification protocols.

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340+
Materials
🗂️
170+
Categories
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80
Quizzes
140+
Fact-checks
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54
Biases
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4
Languages
COGNITIVE IMMUNOLOGY

Our mission

We live through an information pandemic: misinformation spreads faster than facts, and the brain loves easy answers.

This hub is your "antivirus" against magical thinking: verification, mechanism-level deconstruction, and critical-thinking training. No shaming. No mysticism. Only what can be checked.

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Defense

Red flags + countermeasures: spot traps and stop repeating them.

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Verification

Fact-checks with evidence levels: true, false, unproven.

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Training

Quizzes and practice: turn knowledge into skill, skill into immunity.

Latest Materials

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The Artificial God: Why We Create Symbols That Then Create Us — From Coats of Arms to AI
🧠 Myths About Conscious AI
Disputed

The Artificial God: Why We Create Symbols That Then Create Us — From Coats of Arms to AI

Humans don't passively perceive the future — they construct it. From medieval coats of arms to modern 5G technologies, we first create symbols, systems, and tools, and then they shape our thinking, identity, and reality. This article explores the prognostic aspect of creation: how students produce scientific knowledge, whether we possess noospheric consciousness, whether we truly change when we think we've changed, and why engineers say "we're creating a new industry" — not metaphorically, but literally.

11 min readFeb 27, 2026
The Power of Crystals: Why Perfect Structure Remains an Unattainable Dream of Materials Science — and What It Means for Future Technologies
💠 Crystals and Talismans
Unproven

The Power of Crystals: Why Perfect Structure Remains an Unattainable Dream of Materials Science — and What It Means for Future Technologies

The ideal crystal—a structure without a single defect—is theoretically possible but practically unattainable. Thermodynamics, quantum mechanics, and real-world growth conditions create unavoidable imperfections. This material examines why "perfection" in crystallography is a myth, which defects are inevitable, and how science has learned to use imperfections as an advantage.

12 min readFeb 27, 2026