6 bridges complete

Tool 11 · All sessions · Concept bridges

Concept Bridges

Short explainers that connect camp activities to durable AI literacy ideas. Use these during debriefs, recaps, showcase prep, or classroom adaptation.

Session 1

Prediction Is Not Understanding

A system can produce fluent language without understanding meaning the way humans do. The key evidence is behavioral: token probabilities, rule matching, and failures under vague or misleading prompts.

  • Fluency can create trust before evidence supports it.
  • High-probability text can still be false, biased, or empty.
  • Human judgment supplies purpose, context, and accountability.
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Session 2

What Does the Machine See?

Models work with numerical representations, not human meaning. Pixels, features, embeddings, and denoising steps are ways of turning images into patterns a system can process.

  • Recognition changes as resolution and features change.
  • Diffusion builds structure through iterative denoising.
  • The prompt leaves gaps; the model fills them with defaults.
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All sessions

Confidence Is Not Truth

A confidence score or high probability means the output fits the model's learned pattern. It does not mean the output is true, fair, meaningful, or appropriate.

  • In text, probability shapes the next token.
  • In images, denoising choices can look polished without being neutral.
  • In video, coherent-looking motion can still break physics or identity.
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Ethics spine

Default Is a Design Decision

A model's default output is not neutral. Defaults emerge from training data, tool design, platform decisions, prompt ambiguity, and social patterns.

  • Ask what appeared without being requested.
  • Ask who is centered, erased, stereotyped, or copied.
  • Ask what responsible revision would require.
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Session 3 · Video

Time Makes Failure Visible

Video generation is frame prediction, not continuous simulation. Each frame is computed from the prompt and previous frames, but the model has no persistent "identity" for any subject. Over seconds, drift accumulates: a face shifts, a detail appears that wasn't specified, physics breaks. What looks stable in one frame becomes obviously wrong in motion.

  • Each frame is a new prediction — the model has no memory of what the face looked like two seconds ago.
  • Details added without being asked (an earring, a prop) can lock in and persist as the scene's new normal.
  • Seeing the failure over time makes the mechanism visible in a way a single frame never could.
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Cross-session · Evaluation

Current Is Not Known

A model is trained on data up to a cutoff date, then deployed into a world that keeps moving. It has no calendar and no way to know what has changed. It answers 2026 questions with older patterns — with the same confidence it applies to everything else.

  • Specific, dated claims degrade into confident undated assertions as they travel through training data.
  • The gap between training cutoff and the moment you're asking is invisible to the model.
  • "When was this trained, and how much has changed since?" is one of the most practical evaluation questions in AI literacy.
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Facilitator Move

  1. Ask participants to name the mechanism they observed.
  2. Ask what evidence supports that claim.
  3. Ask where human judgment entered the loop.
  4. Ask what ethical or classroom boundary the evidence reveals.