── ── Cognitive bias

Gravity Field Empowerment

Most improvement frameworks measure interventions by immediate effect — quarter-over-quarter lift, year-one ROI. This systematically undervalues interventions that produce permanent velocity changes vs. point-in-time additions. A consulting engagement adding $1M this year looks identical in a snapshot to one that permanently raises growth velocity 3 points — but over 10 years the compounded difference can be 10x.

How it works

Output: Empowerment Field Analysis + Integral Effect Projection

1. Establish v₀. Measure growth rate on the primary metric for the last 12-24 months. Gate: no quantified baseline → stop. 2. Identify the lever. Pick ONE of eight: 思维认知 (thinking) · 战略规划 (strategy) · 资本运作 (capital) · 资源整合 (resources) · 稀缺商业 (scarcity) · 组织变革 (org change) · 新生增长 (new growth) · 精益管理 (lean ops). Gate: if all eight look equal, diagnosis is incomplete. 3. Define the acceleration period. Start event, end event, observable acceleration signals. Gate: must have a defined end — open-ended programs are unmeasurable. 4. Measure v₁. 12-18 months after end event. Delta = v₁ − v₀. v₁ > v₀: velocity change (field). v₁ ≈ v₀: addition or no effect. Gate: evaluate at the prescribed time, not earlier. 5. Calculate integral effect. Project (v₁ − v₀) × revenue × compounding factor over 3, 5, 10 years. Gate: use measured v₁, not aspirations. 6. Stop-rule: No specific, measurable velocity outcomes defined → motivation speech, not gravitational field. Return to Step 2.

Output template: Business · Date · Metric · v₀: [X]% per [period] over [N mo] · Lever: [one of eight] + rationale · Period: [start → end] + signals · v₁: [X]% · Delta: [±pp] · [field/addition/no effect] · Integral: 3yr [Δ] · 5yr [Δ] · 10yr [Δ] · Cost: [total] · Breakeven: [date]

When to use it

• user asks 'did this transformation actually work', 'how do I measure whether coaching/strategy/capital changed the business', 'why does our improvement not stick', 'how do I choose between competing empowerment options', or evaluates a business program by its immediate effect rather than long-term compounded velocity change

Worked example

The 1919 Eddington Eclipse Observation and GPS (1919 → present)

The Eddington eclipse observation of 1919 provides the most literal historical example of a gravitational field creating a permanent velocity change in a measurement system.