Can Machines Think?
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Learn to think rigorously about whether machines can truly think

A rigorous philosophical journey through mind, consciousness, and intelligence — interrogating whether machines can truly think, understand, or be persons. Built for curious thinkers who want to wrestle with the deepest questions AI raises for humanity.

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Can Machines Think?

"I'd rather give you a question you can't stop thinking about than an answer you never had to earn."Carla Paton

What you'll learn

What you'll be able to do

  • Critically analyse the Turing Test and articulate exactly what it does — and does not — prove about machine intelligence
  • Reconstruct and evaluate Searle's Chinese Room argument and the strongest objections philosophers have mounted against it
  • Distinguish competing theories of consciousness (functionalism, physicalism, dualism) and apply them to the question of machine sentience
  • Assess the philosophical implications of free will and moral responsibility for AI systems and their designers
  • Evaluate whether creativity and understanding are genuine cognitive achievements that machines could, in principle, possess
  • Construct and defend an original, evidence-grounded position on machine personhood using the tools of analytic philosophy

How it works

A school that adapts to you

This isn't a set of static videos. Every lesson is generated live and tuned to where you actually are.

We learn your level

A quick placement check tailors your starting point so you're never bored or lost.

Lessons adapt as you go

Each lesson is written for your pace and your goal, adjusting as your skills grow.

Your AI coach keeps you moving

Checkpoints, feedback, and gentle nudges turn progress into a real result.

The curriculum

What's inside your school

6 modules · 12 lessons

1

What Would It Mean for a Machine to Think?

Establishes the conceptual foundations for the entire course. Students are introduced to the philosophy of mind as a discipline, learn to distinguish overlapping terms (mind, intelligence, cognition, understanding, consciousness), and encounter the Turing Test as the field's most influential — and contested — benchmark. This module is deliberately placed first because every later argument presupposes fluency with these distinctions.

  • 1.1Mapping the Territory: Mind, Intelligence, and CognitionIncluded
  • 1.2The Turing Test: What It Claims, What It Proves, What It Doesn'tIncluded
2

The Chinese Room and the Problem of Understanding

Deepens the analysis begun in Module 1 by introducing Searle's Chinese Room as the most influential philosophical attack on the behaviourist criterion the Turing Test embodies. Students reconstruct the argument with precision, stress-test its premises, and evaluate the strongest counter-arguments. Placed second because the Chinese Room is essentially a direct response to Turing-style behaviourism — it only lands if students already understand what the Turing Test claims.

  • 2.1Inside the Chinese Room: Reconstructing Searle's ArgumentIncluded
  • 2.2Fighting Back: The Strongest Objections to the Chinese RoomIncluded
3

Consciousness: The Hard Problem and Machine Sentience

Moves the inquiry from behavioural and functional accounts of mind to the deeper metaphysical question of subjective experience. Students encounter Chalmers' Hard Problem, survey the leading theories of consciousness (functionalism, physicalism/identity theory, property dualism, higher-order theories, integrated information theory), and apply each to the question of whether machines could, in principle, be conscious. Placed third because the Chinese Room debate naturally raises the question of what understanding requires — and whether qualia are part of the answer.

  • 3.1The Hard Problem: Why Consciousness Resists ExplanationIncluded
  • 3.2Theories of Consciousness and Their Stakes for AIIncluded
4

Free Will, Moral Responsibility, and AI Agency

Extends the inquiry from metaphysics of mind to moral philosophy. Students examine whether free will is a prerequisite for moral responsibility, survey the main positions (hard determinism, libertarianism, compatibilism), and ask what each implies for AI systems that cause harm. The module also addresses the 'many hands' problem — distributed responsibility across designers, deployers, and users — and introduces the concept of moral patiency alongside moral agency. Placed fourth because it presupposes students can already distinguish genuine cognitive states from simulated ones, a distinction built in Modules 1–3.

  • 4.1Free Will Frameworks: Compatibilism, Libertarianism, and Hard DeterminismIncluded
  • 4.2Moral Responsibility When Machines ActIncluded
5

Creativity, Understanding, and What Machines Actually Do

Turns to two cognitive achievements — creativity and understanding — that are frequently claimed to be uniquely human and therefore beyond machines in principle. Students examine philosophical accounts of creativity (combinatorial, exploratory, transformational), revisit the syntax/semantics distinction from Module 2 in light of what current AI systems actually do, and assess whether 'genuine' creativity or understanding requires consciousness, intentionality, or something else. Placed fifth so that students can bring their work on consciousness, free will, and agency to bear on these questions.

  • 5.1What Is Creativity? Novelty, Value, and SurpriseIncluded
  • 5.2Understanding vs. Processing: Is There a Principled Difference?Included
6

Machine Personhood and the Examined Position

The capstone module synthesises all preceding work. Students encounter the philosophical criteria for personhood (Locke, Kant, Dennett, Parfit), examine how continuity of identity and moral community membership interact with machine cognition, and then construct and publicly defend an original, evidence-grounded position on machine personhood. The module is placed last because it requires everything built before: conceptual vocabulary (Module 1), the understanding debate (Modules 2 and 5), theories of consciousness (Module 3), moral status (Module 4), and cognitive achievement (Module 5).

  • 6.1Personhood: Criteria, Continuity, and the Boundaries of Moral CommunityIncluded
  • 6.2Constructing and Defending Your PositionIncluded

Who it's for

Is this you?

Philosophy enthusiasts

They've read their Descartes and their Dennett and want a structured, rigorous course that applies philosophy of mind directly to the most pressing technology of the age.

Tech professionals

They build AI systems for a living and want the conceptual grounding to think seriously — not just technically — about what those systems are and what responsibilities they carry.

AI ethicists & policy thinkers

They work on AI governance and want the philosophical foundations — consciousness, personhood, moral responsibility — that serious policy argument requires.

Graduate & undergraduate students

They're studying philosophy, cognitive science, or computer science and want a course that treats them as capable of genuine philosophical argument, not just exam recall.

Intellectually curious generalists

They follow the AI debate closely, feel the current discourse is shallow, and want the analytical vocabulary to think and talk about it at a far deeper level.

Writers & science communicators

They write about technology, mind, or the future and want the philosophical precision to move beyond clichés and engage seriously with the hardest questions in the field.

Questions

Frequently asked

Your teacher

A note from your teacher

Carla Paton

Carla Paton

If you've picked up this page, I suspect you already sense that something is missing from most public conversations about artificial intelligence. The discourse oscillates between utopian excitement and apocalyptic dread, and almost none of it pauses long enough to ask the prior question: what would it actually mean for a machine to think, to understand, to be conscious — or to matter morally? That's the question I've built this course around, because I believe it's the one that makes all the others tractable.

Philosophy of mind has been grappling with the nature of cognition, consciousness, and personhood for decades — long before "AI" became a household word. The tools are there: thought experiments that isolate exactly what's at stake, conceptual distinctions that cut through the noise, argumentative frameworks that let you hold a position and defend it under pressure. What this course does is put those tools in your hands and train you to use them on the questions that matter most right now.

We move through the terrain deliberately. We start with Turing — not as a historical curiosity, but as a still-live philosophical provocation — and we learn to read his argument carefully enough to see what it genuinely establishes and what it quietly assumes. We spend serious time inside Searle's Chinese Room, which I find is the moment most students realise how hard the problem of understanding really is. We work through the Hard Problem of consciousness with the same care, because if you don't understand why Chalmers thinks consciousness resists functional explanation, you can't properly evaluate any claim about machine sentience. Every step is an exercise in precision, not just exposure.

I won't pretend this course is light reading — it isn't, and I wouldn't insult your intelligence by making it so. But I also won't leave you alone in the difficulty. Each argument is unpacked before it's contested, and each objection is given its full weight before we assess it. The structure is Socratic: we build positions together, then pressure-test them together. By the final module — where you construct and defend your own stance on machine personhood — you'll find that the philosophical vocabulary you've built isn't jargon. It's precision. It's the difference between having a feeling about a question and having an argument.

These are not academic puzzles. Whether machines can bear moral responsibility affects how we design, regulate, and relate to AI systems right now. Whether personhood could extend to artificial minds affects the moral community we're building. I think those questions deserve more than hot takes and headlines, and I think you do too. Come and think this through properly — it's the only way the thinking is worth doing.

Carla Paton

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  • 6 modules, 12 lessons
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