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THE CONSCIOUSNESS ATLAS
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ConsciousnessLearn · Explore · Joseph Anady

C++ global score as a product of history summaries

The function multiplies the current unity score, reciprocal-variance stability, rescaled lag-one correlation, and square root of the variance-based integration proxy. With factors in [0,1], a low factor suppresses the total rather than being compensated by a high one.…

Implementation mathematicsSource recovered; runtime not executed
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gh-eq-9fc152b176ed722csource-comment-equation
Omega=phi∗stability∗coherence∗sqrt(integratedinfo)Omega = phi * stability * coherence * sqrt(integrated_info)

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The function multiplies the current unity score, reciprocal-variance stability, rescaled lag-one correlation, and square root of the variance-based integration proxy. With factors in [0,1], a low factor suppresses the total rather than being compensated by a high one. These are related summaries of a shared score history, not independently validated indicators.

Terms & definitions

TermMeaning in this source
Omega

Combined project score

phi

Current score

stability

Inverse-variance history score

coherence

Rescaled history correlation

integrated_info

Variance-based proxy

How it works

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Original context

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        if (size > 0) mean /= size;
        update(mean);
    }

    /**
     * global_consciousness - Unified consciousness metric (Omega)
     *
     * Omega = phi * stability * coherence * sqrt(integrated_info)
     */
    double global_consciousness() const {
        return phi * stability * coherence * std::sqrt(integrated_info);
    }
};

//=============================================================================
// LAYER-SPECIFIC CONSCIOUSNESS
//=============================================================================
Exact original notation
Omega = phi * stability * coherence * sqrt(integrated_info)

Related builds

Sources & provenance

01
C++ score and layer-coupling API
Lines 330–330 · 33aa84f2aa61
02
C++ score and layer-coupling API
Lines 330–330 · 33aa84f2aa61

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