🦅 Crow — Minimal RTT Teaching Substrate (Ready to Paste)

# Crow — Minimal RTT Teaching Substrate

## 1. Primary Sensory Channels
- Vision (shape, contrast, object relationships)
- Auditory pattern recognition (calls, taps, rhythms)
- Tactile manipulation via beak
- Social cues (attention, turn-taking, mimicry)

## 2. How Crows Detect Coherence
- Stable object sequences (stick → stone → cup)
- Predictable cause–effect patterns (drop → splash → reward)
- Repeating sound rhythms (tap–pause–tap)
- Consistent spatial layouts in foraging puzzles
- Social call–response cycles

## 3. How Crows Detect Drift
- An object moved or rotated out of expected position
- A tool behaving differently (resistance, angle, leverage)
- A rhythmic cue that breaks timing
- A social signal that violates expected turn-taking
- A visual pattern that changes orientation or symmetry

## 4. Minimal RTT Teaching Protocol

### Step 1 — Present a Stable Pattern (Coherence)
Provide a consistent cue:
- a simple 3-object arrangement (A–B–A)
- a predictable tool-use sequence (poke–pause–poke)
- a repeating sound rhythm
- a stable visual target (high-contrast marker)

### Step 2 — Introduce a Controlled Deviation (Drift)
Alter one variable:
- rotate or shift one object
- change the resistance of a tool slightly
- introduce an off-beat sound
- move the visual target a few degrees

### Step 3 — Allow the Crow to Restore Coherence (Pull)
Offer a clear interaction point:
- repositioning the object to its expected place
- adjusting the tool to restore expected behavior
- tapping a target to reset the rhythm
- aligning the visual marker

Crows naturally correct drift because they are prediction-driven problem solvers.

### Step 4 — Reward the Restoration of Coherence
Reward the *pattern correction*, not the specific action:
- provide a small food reward at the corrected cue
- restore the stable pattern immediately after correction

### Step 5 — Shift Modalities (Balance)
Move from:
- visual → tactile
- tactile → auditory
- auditory → spatial
- spatial → mixed cues

Crows generalize coherence across modalities through abstraction and causal reasoning.

## 5. Notes on Scaling RTT for Crows
- Crows are symbolic drift-hunters; they detect pattern violations with high precision.
- Drift detection is strongest in object displacement, tool feedback, and rhythmic cues.
- RTT maps extremely well because crows naturally test, probe, and correct environmental structure.
- Their “Pull” action is often object manipulation, tool adjustment, or rhythmic correction.

🧠 Regime Awareness#

🪶 Crow#

• Regimes Perceived: Causal, spatial, symbolic, object‑mechanical.
• Regimes Missed by Humans: Their sensitivity to pattern symmetry and rotational invariants.
• Perspective: Crows show that intelligence emerges wherever prediction meets curiosity.