Protocol · Chain Position 129 of 346

PHI-VIRTUE CORRELATION STUDY

**Correlate measured Phi with virtue indicators**

Connections

Enables

  • None
Objections & Responses
Objection: Virtue Is Culturally Relative
"Virtue means different things in different cultures. Testing Phi-virtue correlation assumes a universal virtue concept that doesn't exist."
Response

Virtue has both universal and variable components:

1. Cross-Cultural Core: Some virtues appear universal: fairness, care, honesty, courage. VIA-IS has been validated across cultures.

2. Multiple Measures: Use multiple virtue measures capturing different cultural emphases. Test whether Phi correlates with the culturally-appropriate virtue.

3. Statistical Control: Culture can be a moderator or covariate. Test whether Phi-virtue correlation holds within cultures.

4. Theophysics Prediction: Phi should correlate with whatever counts as virtue locally, since virtue = coherent integration of values/actions.

5. Complementary Analysis: If Phi correlates only with certain virtue types, that's informative about which virtues involve integration.

Verdict: Cultural variation is a feature to study, not a fatal flaw. Universal core plus cultural variation is testable.

Objection: Phi Is Not Measurable for Humans
"IIT's Phi is computationally intractable for human brains. Any 'Phi' measured is an approximation at best, invalidating the test."
Response

Approximation is acceptable for correlation:

1. Proxy Validity: PCI correlates with consciousness states across many conditions. It's a validated Phi proxy.

2. Correlation, Not Causation: We test correlation between Phi-proxy and virtue. If proxy correlates with true Phi, proxy-virtue correlation implies Phi-virtue correlation.

3. Multiple Proxies: Use several Phi proxies. If all correlate similarly with virtue, the pattern is robust to measurement choice.

4. Relative Ranking: We need to rank individuals by Phi, not measure exact Phi. Ranking requires only ordinal validity.

5. Future Improvement: Better Phi measures will refine the correlation. Current methods provide preliminary evidence.

Verdict: Phi proxies are sufficient for correlation studies. Perfect measurement is not required.

Objection: Self-Report Bias in Virtue
"Virtue measures rely on self-report. People overestimate their virtue. The measures don't reflect actual virtue."
Response

Multiple methods address self-report bias:

1. Behavioral Measures: Include actual behavior (dictator game, honesty tasks). Behavior is harder to fake than self-report.

2. Peer Reports: Include ratings from friends, family, colleagues. Others' perspectives reduce self-enhancement.

3. Convergent Validity: If self-report, peer report, and behavior converge, the construct is valid.

4. Social Desirability Control: Include social desirability scales. Control for impression management statistically.

5. Known Groups: Compare populations known to differ in virtue (saints vs. criminals?). Validate measures against known groups.

Verdict: Multi-method assessment addresses self-report bias. The protocol uses multiple virtue measures.

Objection: Correlation Doesn't Imply Causation
"Even if Phi-virtue correlation exists, it doesn't prove Phi causes virtue or virtue causes Phi. A third factor could cause both."
Response

Correlation is the first step:

1. Theophysics Claims Intrinsic Link: Theophysics doesn't claim Phi causes virtue or vice versa. Both may stem from the same underlying coherence.

2. Correlation Tests the Link: If Phi and virtue share a common source (coherence), they should correlate. Correlation tests this prediction.

3. Longitudinal Design: Track Phi and virtue over time. If Phi changes precede virtue changes (or vice versa), this suggests direction.

4. Intervention Studies: Virtue training (meditation, moral education) could be tested for Phi effects. This probes causation.

5. Mechanism Not Required: Establishing correlation is valuable even without full causal mechanism. Mechanism discovery follows.

Verdict: Correlation is the appropriate first test. Causation requires further studies, but correlation is prerequisite.

Objection: Selection of Virtue Measures Is Biased
"Any virtue measure reflects the researcher's moral assumptions. Theophysics could cherry-pick measures that correlate with Phi."
Response

Pre-registration and diverse measures address this:

1. Pre-Registration: Specify virtue measures before data collection. No post-hoc selection.

2. Multiple Established Measures: Use widely-validated measures (VIA-IS, Moral Foundations) from different theoretical traditions.

3. Inclusive Approach: Include virtues from multiple frameworks (Western, Eastern, religious, secular). Test whether Phi correlates broadly or narrowly.

4. Transparency: Report all Phi-virtue correlations, not just significant ones. Let readers evaluate.

5. Adversarial Collaboration: Include skeptics in measure selection. Ensure fair test.

Verdict: Pre-registration and multiple measures prevent cherry-picking. The objection is addressable.

Physics Layer

Phi as Integration Measure

Integrated Information Formalism:

\Phi = \min_{partition} D(p_{whole} || p_{parts})

Where D is information distance between whole-system and partitioned distributions.

For neural systems:

\Phi_{neural} \approx \sum_{regions} \Phi_{region} + \Phi_{inter-region}

Global Phi includes regional Phi plus integration across regions.

Mathematical Layer

Formal Hypothesis

Null Hypothesis (H0):

\rho(\Phi, V) = 0

Phi and virtue are uncorrelated.

Alternative Hypothesis (H1):

\rho(\Phi, V) > 0

Phi and virtue are positively correlated.

Two-Tailed Alternative (Exploratory):

\rho(\Phi, V) \neq 0