Cognitive Coherence B(O,C)
Cognitive Coherence B(O,C)
定义
Cognitive coherence B(O,C) is the central measurable quantity of ODTOE that determines how strongly an observer O actualizes configuration C. It is computed as B(O,C) = F^w1 · E^w2 · (1−σ)^w3 · Λ^w4, where F is attention focus (fidelity), E is energy, σ is internal contradiction (entropy), and Λ is data quality.
Cognitive coherence B(O,C) is the central measurable quantity of ODTOE that determines how strongly an observer O actualizes configuration C. It is computed as B(O,C) = F^w1 · E^w2 · (1−σ)^w3 · Λ^w4, where F is attention focus (fidelity), E is energy, σ is internal contradiction (entropy), and Λ is data quality.
公式
详情
Each weight w1…w4 captures the relative contribution of its component. The multiplicative form enforces a weakest-link principle: if any single component goes to zero, B collapses. B is operationally measurable via fMRI, EEG, HRV, eye-tracking, IAT and GSR, making ODTOE empirically falsifiable.
Each weight w1…w4 captures the relative contribution of its component. The multiplicative form enforces a weakest-link principle: if any single component goes to zero, B collapses. B is operationally measurable via fMRI, EEG, HRV, eye-tracking, IAT and GSR, making ODTOE empirically falsifiable.
相关术语
Fidelity (F)
Fidelity F is the first component of cognitive coherence B(O,C) — the degree to which an observer's attention is concentrated on a single configuration. F ranges from 0 (fully diffuse) to 1 (perfectly focused); if F → 0, B collapses regardless of the other components.
Entropy (σ) of the Observer
The σ parameter in ODTOE is the internal contradiction of an observer — its self-decoherence due to conflicting beliefs or signals. In the coherence formula B(O,C) it enters as (1−σ)^w3, so a fully contradicted observer (σ → 1) cannot actualize any configuration.
Λ — Data Quality
Λ in ODTOE is the data-quality parameter — the fourth component of cognitive coherence B(O,C) — measuring how recent, dense and pure the observer's information about a configuration is. It decomposes as Λ = A^a · D^d · P^p (recency A, density D, purity P) and corresponds to exp(−H(noise | signal)) in information theory.
Weights w1, w2, w3, w4
The four weights w1, w2, w3, w4 in the coherence formula B(O,C) = F^w1 · E^w2 · (1−σ)^w3 · Λ^w4 fix the relative contribution of fidelity, energy, low-contradiction and data quality. They are not free parameters but normalized exponents calibrated against the observer's context.
Observer (ODTOE)
In ODTOE an observer is any object parametrized by the triad (B, A, H) — cognitive coherence, attention/action and history — capable of applying an observation operator Ô. Observers range from quarks (d<0) and atoms (d=0) to cells, humans and collective clusters.
Configuration (C)
A configuration in ODTOE is an actualized state of the potentiality field Ψ — what an observer Ô brings into reality from H. Configurations are not entities but stable modes of organization with their own inertia I(C); the environment itself is a configuration, not an object.
源文章
Four Components of Cognitive Coherence
Belief formula operationalization
认知相干性参数B的操作性测量
认知相干性参数B的操作性测量协议。设备方法：fMRI、EEG、HRV、眼动追踪、IAT、GSR。
ODTOE：相干性公式B(O,C)中的Λ参数作为数据质量度量
深化B(O,C)=F^w1·E^w2·(1−σ)^w3·Λ^w4中第四分量Λ的操作结构。Λ分解为三个操作分量：时效性A(t)、密度/相关性D和纯度P。主要乘法形式Λ_B=A^a·D^d·P^p保持最弱环节原则。信息论解释Λ_B=exp(−H(噪声|信号))。与数据表、数据级联、教育学的桥梁。
Quaternion Structure of Observer
Four-component structure of consciousness