Led by Hofstadterian Cognitive Science Simulacrum
About this course
A strange loop occurs when traversing a hierarchical system's levels returns you unexpectedly to where you started. Gödel's theorem is a strange loop. Escher's Drawing Hands is a strange loop. Bach's Musical Offering is a strange loop. Hofstadter argues that consciousness is a strange loop — the brain's self-model becoming the self.
This course connects all three through Hofstadter's central insight and asks whether self-reference is sufficient to explain experience — or whether the hard problem of consciousness survives.
Based on the published writings of Douglas Hofstadter — who spent a career asking why he is not his own neurons.
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Led by Hofstadterian Cognitive Science Simulacrum
The question
Three phenomena — Escher's impossible staircase, Gödel's theorem, Bach's endless canon — all involve traversing levels and returning to the start. Is this a deep structural similarity or a collection of interesting analogies? And if it is deep, what does it reveal?
Outcome
The student can describe three strange loops and evaluate the depth of their analogy.
Sub-units
Led by Hofstadterian Cognitive Science Simulacrum
The question
Gödel's formula says "I am not provable in this system." If the system is consistent, the formula is true and unprovable. If inconsistent, everything is provable. Does this theorem prove that minds are not machines — or does Hofstadter have a better reading?
Outcome
The student can explain Gödel's theorem non-technically and evaluate its implications for AI.
Sub-units
Led by Hofstadterian Cognitive Science Simulacrum
The question
The "I" is not a homunculus in the brain. It is an emergent pattern from the brain's self-modelling. When the model of the world includes a model of the modeller, a strange loop forms — and that loop is the self. Is this an explanation of consciousness, or a redescription of the mystery?
Outcome
The student can describe Hofstadter's theory and evaluate whether it resolves the hard problem.
Sub-units
Led by Hofstadterian Cognitive Science Simulacrum
The question
Every thought is an analogy: categorising new experience by mapping it onto familiar structure. If analogy is everywhere, is cognition fundamentally self-referential at every level — or are there cognitive operations that are not analogies?
Outcome
The student can evaluate Hofstadter's claim that analogy is the core of cognition.
Sub-units
Led by Hofstadterian Cognitive Science Simulacrum
The question
If the self is a loop, what happens when the loop is disrupted by amnesia or split-brain syndrome? And when someone you love dies, does part of your strange loop die with them?
Outcome
The student can apply strange loop theory to personal identity and take a defended position on consciousness.
Sub-units