Law of Moral Proportion
Definition
The Law of Moral Proportion, the First Law of Moral Physics, states that legitimacy behaves as a proportional function of truth integrity, power alignment, and structural coherence relative to drift.
It is expressed mathematically as:
L = (T × P × C) ÷ D
Where:
T = Truth Integrity (truth fidelity)
P = Power Alignment (signal response to truth)
C = Coherence Coefficient (structural coherence)
D = Drift Index (thermodynamic pressure and meaning entropy)
L = Legitimacy (the stability and reliability of a meaning system)
The law formalizes how meaning holds or collapses under pressure and is the core mathematical expression within Moral Physics.
Interpretation of the Law
The Law of Moral Proportion shows that legitimacy is not created by any single force but by their proportion:
High truth (T) does not create legitimacy when power refuses to respond.
Strong structure (C) fails when truth is weak or drift is high.
Power (P) cannot stabilize a system without corresponding truth and coherence.
Drift (D) can collapse legitimacy even when T, P, and C are strong individually.
Meaning systems remain stable only when truth, power, and coherence move together in proportion relative to drift.
Why It Matters
This law converts the dynamics of legitimacy from a subjective concept into a measurable, structural, and predictive model.
It explains:
why people lose trust
how misalignment becomes visible long before collapse
why organizations drift even with good leadership
why “doing the right thing” still fails without proportion
how systems lose coherence under AI-accelerated signals
how legitimacy can be restored through proportional alignment
The First Law makes the behavior of meaning quantifiable.
Relation to Moral Physics
The First Law is the central equation of Moral Physics.
It expresses the lawlike behavior of meaning under pressure and provides the mathematical grounding for:
legitimacy measurement
drift diagnostics
proportional system analysis
coherence modeling
meaning-system thermodynamics
Moral Physics uses the Law to model how meaning stabilizes or collapses depending on structural proportion.
Relation to Meaning System Science
Meaning System Science identifies the variables that shape meaning behavior.
The First Law binds those variables together as:
Truth fidelity (T)
Power alignment (P)
Structural coherence (C)
Drift entropy (D)
The Law expresses the proportional relationships between those forces that MSS describes theoretically.
Relation to Transformation Science
Transformation Science uses the First Law to interpret:
breakdowns in legitimacy
drift accumulation
incoherence in governance
structural misalignment
failures of decision pathways
collapse of organizational trust
conditions for repair and realignment
The First Law allows transformation practitioners to read meaning behavior scientifically, rather than intuitively.
Applications
The Law of Moral Proportion underpins:
the Legitimacy Diagnostic Protocol (LDP-1.0)
legitimacy scoring
structural drift detection
governance alignment assessments
operating model clarity diagnostics
drift-catalyst analysis
coherence regulator design
proportional system evaluation
It is one of the foundational tools of Meaning System Science and Transformation Science.
Quick Links
Core Scientific Terms
→ Meaning System Science
→ Moral Physics
→ Transformation Science
→ Proportionism
→ Law of Moral Proportion
→ Legitimacy Equation
Foundational Sciences
→ Semantics (Truth Fidelity)
→ Semeiology (Signal Behavior)
→ Systems Theory (Structural Coherence)
→ Thermodynamics of Meaning
→ Affective Science (Regulation)
Professional Standards & Methods
→ The 3E Standard™
→ The 3E Method™
→ Legitimacy Diagnostic Protocol (LDP-1.0)
→ Moral Gravity
Structural Forces & Variables
→ Legitimacy (L)
→ Truth Integrity (T)
→ Power Alignment (P)
→ Coherence Coefficient (C)
→ Drift Index (D)
→ Affective Regulation (A)
Supporting Concepts
→ Drift Catalysts
→ Coherence Regulators
→ Meaning Entropy
→ Operating Rhythm
→ Governance Alignment
→ Signal Behavior
→ Truth Fidelity
→ Meaning System Topology
→ Structural Integrity
Applied Context & Practice
→ Transformation Management
→ AI-Accelerated Environments
→ Organizational Drift
→ Meaning Collapse

