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Learn the one idea that rewires how you think about fit, fear, and the conscious brain.

2 Lessons

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1hr 20min

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Examine how our moment to moment consciousness is a kind of evolutionary process.

You’ve probably been handed one of two stories about consciousness. Either it’s a switch, on or off, present or absent, waiting to be located in some precise spot in the brain or it’s a mystery so total that even asking about it feels naive. Neither is complete.

We present a natural, evolutionary story, and we even demonstrate this for you from a surprising place: a magician’s hands.

Discover how and why consciousness is highly adaptive.

Psychobiologist Bernard Baars and neuroscientist David Edelman sit down with professional magician Mark Mitton and neuropsychiatrist Dr. Jay Giedd to ask where consciousness actually happens — and the answer, it turns out, has less to do with locating a precise switch and more to do with understanding a process your own immune system, your own amygdala, and your own mind already run every day.

A magician reading an audience. An antibody meeting an antigen it’s never seen before. A scientist walking into a brick wall and getting back up. All three, Edelman argues, are the same underlying move: not a perfect, fixed fit between a system and its world, but a flexible, adaptable one: good enough to work, loose enough to keep working when the world changes.

That single reframing — from “perfect match” to “adaptive repertoire” — is what this course hands you.

Once you see it, you’ll recognize it everywhere: in why your oldest fear response is really a tactical toolkit, in why real science feels like repeated collision rather than smooth discovery, in why your own mind sometimes deceives itself just trying to keep up with a world it never evolved to fully predict.

Our open-minded conversation moves through magic, immunology, evolution, and lifts out the one idea that rewires how you think about fit, fear, and the conscious brain.

Enroll, press play, and see what fits.

The Conscious Brain Evolved

Bernard Baars, Dr. Jay Giedd, David Edelman, and Mark Mitton examine levels of biology relevant to the study of conscious processing. Is it a matter of molecules? Or cells? Or networks?

LEARNING OUTCOMES: After completing this course you will gain the skills to

Ground speculative claims about consciousness in what's actually observable. Apply Baars' empirical discipline: testing exotic theories (quantum consciousness, and similar) against what's demonstrated in the biosphere, rather than what's merely possible.
Locate the real question at the right level of resolution. Recognize that "where does consciousness happen" isn't answered by picking molecules, cells, or networks in isolation — the harder, more interesting question lives in the transition between them.
Read any organic system for feedforward-only reasoning, and correct for it. Apply the feedforward/feedback distinction from magic and immunology to evaluate whether a model of a living process — cognitive, biological, or interpersonal — is actually describing nature or just describing a convenient story about it.
Recognize when you're trapped in a single story, and build repertoire instead. Use the Procrustes framework to catch rigid, one-explanation thinking in your own reasoning, whether in science, in reading other people, or in analyzing your own assumptions.
Treat being wrong as data, not failure. Apply the "bloody nose" model of real scientific practice: use repeated collisions with unexpected results as the mechanism for refining assumptions, rather than treating them as detours from the "real" work.
Reframe the amygdala — and threat responses generally — as tactical, not just fearful. Apply the "Five Fs" framework to understand emotional and behavioral responses as a flexible repertoire for novelty, not a single alarm system.
Explain why "good enough and adaptable" beats "perfect and fixed" in living systems. Apply the immunology-to-consciousness argument: degenerate, flexible matching outperforms precise, rigid matching - to evaluate claims about brains, immune systems, or any other selectional system.
Carry Neural Darwinism as a working model of moment-to-moment consciousness. Use the idea of an ongoing, imperfect, selectional process to explain why consciousness stays alert and adaptive rather than settling into a final, static state.

Who is this course for?

This course is for you if you are interested in, or teach, or study any of the following subjects: Psychology, Neuroscience and Education, Cognitive Science, Health Education, or Philosophy. And anyone working in AI who wants to understand the biological basis of consciousness before assuming machine minds.

Trusted by academics

“Baars was just waaaay ahead of everyone else in approaching questions concerning consciousness as scientific questions. He's done vastly more than metaphor-slinging philosophers to make progress. His preference for testable hypotheses as opposed to dead-end thought-experiments have made a major difference in shifting the topic to a secure knowledge base from which real progress can be made.”

“Eyebrows are no longer raised even among neuroscientists when the topic of consciousness is discussed, largely due to authors like Bernard Baars. His works explain many insights of the complex workings of the brain.”

“Bernard Baars is both one of the pioneers of the cognitive study of consciousness and currently one of its most important contributors.”

“Bernard Baars is the leading thinker behind the Global Workspace theory of consciousness that has been recently championed by top neuroscientists, such as Stanislas Dehaene.”