I.BA_PHKI
Schedule
Session 01

Part 1: AI Learning — Algorithms and Experiences (slides)
- Brief overview of AI and its learning mechanisms.
- Brief introduction to machine learning algorithms.
- How AI learns through data, patterns, and repetition.
- Differences between AI learning and human experiential learning.
“AI learns from data — but does it actually experience the world?”
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Conceptual Introduction – Unnatural Animals
- Humans lack strong instincts and must learn through experience and error.
- This weakness becomes the foundation of creativity and freedom.
- Guiding question: If humans learn through failure, how does that differ from AI’s efficiency?
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The Failed Animal – From Instinct to Learning
- Humans are “denatured animals” (Charles Pépin): instinct too weak to guide action.
- A foal walks in minutes; a baby fails about 2,000 times before succeeding.
- Activity link: “The Foal vs. the Baby” — compare instinctive success and human trial-and-error.
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The Methodology of Failure – Learning by Inefficiency
- Humans progress through trial, error, and adaptation.
- AI minimizes error; humans learn meaning from it.
- Activity link: “Virtues in Failure” — identify what humans learn only through mistakes.
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Compensation and Culture – Learning from Others
- Weak instinct drives reliance on culture, education, and empathy.
- AI processes data but lacks relational and emotional context.
- Activity link: “The Compensation Audit” — compare informational vs. social learning.
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Freedom and Invention – The Outcome of Failure
- Human deficiency enables freedom: existence precedes essence.
- Unlike AI, humans can redefine themselves and their goals.
- Activity link: “Freedom Inventory” — reflect on freedom as a product of imperfection.
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Synthesis – AI vs. Human Learning
- Humans learn because they fail; AI learns to avoid failure.
- Weakness creates adaptability and freedom.
“If humans learn through embodied experience and error, how does perception shape that learning — and how does AI compare?”
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Conceptual Introduction – Perceiving Machines?
- Can AI truly experience what it perceives?
- Introduces George Berkeley (“to be is to be perceived”) and Maurice Merleau-Ponty (the perceiving body and world are inseparable).
- Guiding question: Does AI perceive the world, or merely compute it?
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Application Topics – Connecting Philosophy and AI
- AI vs. Human Perception: data processing vs. lived experience.
- Virtual Reality and Simulation: Berkeley’s idealism and digital worlds.
- Embodied AI and Robotics: Merleau-Ponty and perception through movement and sensors.
- AI–Human Interaction: perception as feedback and shared experience.
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Philosophical Lenses – Berkeley and Merleau-Ponty
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Discussion and Reflection – Thinking Like a Philosopher
- Key questions on AI experience, embodiment, and the nature of perception.
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Synthesis – AI, Perception, and Reality
- Comparison of human vs. AI perception (embodied vs. computational).
- Takeaway: AI can simulate perception but does not live it.
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Transition to Practice
- Reflect or debate.
- Design an AI inspired by Berkeley or Merleau-Ponty.
- Prepare for Part 4: practical application.
“Is AI perception an imitation or a fundamentally new kind of perception?”
Part 4: Practice
Session 02

Part 1: In the news
- Iran wedding scandal
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GPTs in shopping
- Official post
- “LLMs are slot‑machines” (16 Aug 2025 on Pluralistic) (pluralistic.net)
- “Elon Musk to introduce ads to X’s AI chatbot” (7 Aug 2025 on FT) (FT)
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AI Kill internet doc
- Satire distinction
- Eliza bot
- Stocastic parrot
Part 2: Trial and Error - A Common Ground ?
- The “shared” theme of learning through trial and error in both humans and AI.
- Implications of error-making as a learning process.
- Attention mechanisms
- Memory
- Inhinbition and flexibility
- Metacognition
- Motivation and spirit for changes
- Emotions!
Part 4: Practice
- The declaration of independance