Biological

• What is the adaptive function of this phenomenon? What selection pressure produced it?
• When in evolutionary history did this capacity likely emerge? What was the context?
• Is this a direct adaptation, a byproduct (spandrel), or an exaptation?
• What are the phylogenetic precursors — simpler versions in earlier organisms?

Step 2: Comparative Biology

Survey consciousness across the tree of life:

• Which organisms plausibly have this capacity? What is the evidence?
• What is the simplest organism with something like this phenomenon?
• What do cross-species comparisons reveal about necessary and sufficient biological conditions?
• What does the distribution pattern tell us? (Convergent evolution? Shared ancestry? Scaling with brain size/complexity?)

Step 3: Embodiment Analysis

Investigate the role of the body:

• How does embodiment shape this phenomenon? Would a disembodied system have it?
• What role do sensorimotor loops play?
• How do interoception (body-state sensing) and homeostasis contribute?
• What does the enactivist perspective reveal? (Cognition as enacted through organism-environment interaction)

Step 4: Life and Mind Connection

Explore the deep relationship between life and consciousness:

• Is consciousness continuous with life? (Autopoiesis, self-organization, agency)
• What do the simplest living systems tell us? (Bacterial chemotaxis, plant behavior, single-cell decision-making)
• What is the role of metabolism, growth, and self-maintenance?
• Does the life-mind continuity thesis hold up under scrutiny?

Step 5: Biological Constraints

Identify what biology requires of any theory:

• What biological facts constrain theories of consciousness?
• What would be biologically implausible about proposed theories?
• What does development (ontogeny) reveal — how does consciousness develop in individuals?
• What do disorders, damage, and edge cases reveal? (Brain injury, anesthesia, coma, split-brain)

Step 6: Assessment

• What does biological analysis reveal about this question?
• What constraints does biology place on theories of consciousness?
• What is the relationship between biological complexity and consciousness?
• What remains genuinely unknown from a biological perspective?

Output Format

## Biological Analysis: {Topic}

### Evolutionary Context
{Adaptive function, phylogenetic history, selection pressures}

### Comparative Perspective
{Cross-species evidence and patterns}

### Embodiment and Enaction
{Role of body, sensorimotor loops, organism-environment coupling}

### Life-Mind Connection
{Relationship between biological processes and consciousness}

### Biological Constraints
{What biology requires of any adequate theory}

### Assessment
{What biology reveals — strengths, limits, and open questions}

AskUserQuestion Patterns

Ask when:

• The question spans multiple biological levels (molecular, cellular, organismal, ecological) and focus is needed
• Cross-species evidence is ambiguous and the user's interests would guide interpretation
• The depth of embodiment analysis is unclear

Important Rules

1. Do not anthropomorphize. Describing bacterial behavior as "wanting" or plant responses as "feeling" requires careful justification. Use functional language unless there's evidence for experience.
2. Respect the continuity question. The boundary between conscious and non-conscious organisms (if there is one) is genuinely unclear. Don't draw sharp lines without evidence.
3. Evolution is not teleological. Consciousness was not "designed for" anything. It was selected for in specific environments. Be precise about evolutionary reasoning.
4. Embodiment is not hand-waving. If you claim embodiment matters, specify the mechanism — what exactly does the body contribute that a brain-in-a-vat would lack?
5. Mark the limits of biological analysis. Some questions are philosophical, formal, or phenomenological. Say so at the boundaries.