Survivability Imperative — Implementation Specification v1.1

(Implementation Guidelines for the Mathematical Model of Responsibility, Revised Edition)

1. Basic Principles

• Three Layers of Responsibility
  1. Consistency
  2. Alterity
  3. Historicity / Survivability

• The highest governing rule is the Survivability Imperative: in crises and at points where integration is hard, prioritize the future.

• Responsibility means preserving historicity toward the future.

2. Principle of the Triple Jump (Responsibility)

• 1st Jump — Detection: Detect crises or bottlenecks and switch to a future‑first stance.

• 2nd Jump — Correction: If oscillations remain, apply another future boost to stabilize.

• 3rd Jump — Landing: Damp any overshift and return to the Dynamic mode.

• This is not about endless retries; it completes within at most three jumps.

Motto

Don’t hop in vain—the triple jump flies farthest (into the future).

3. Threshold Principle for Jumping

• 100% approval is merely an extension of the past and does not count as responsibility to the future.

• With 51% approval, there isn’t enough thrust to leap toward the future.

• When there is ~70% tacit support and ~30% opposition, the triple jump qualifies as a historically responsible move.

• Do not yield to the crisis; decide to leap into the future while carrying that ~30% opposition.

4. Control Modes

1. Fixed — Normal‑time constant weights (0.3 / 0.5 / 0.2).

2. Dynamic — As crisis approaches: young↓, future↑; under rough conditions: now↑. Adjust with a continuous softmax.

3. Leap (Triple Jump) — Upon detecting a difficult pass, add a nonlinear boost and pivot hard to future. Completes within ≤ 3 jumps.

5. Case Demonstration (Hostility Ratio: 30% Scenario)

• Setting: Inject 30% hostile component into the young series.

• Comparison: Fixed vs Dynamic vs Leap.

• Results:

  • Fixed/Dynamic: exhibit error spikes followed by persistence.
  • Leap: raises the future weight nonlinearly, achieving faster stabilization with shorter tails.

Graphs

6. Operational Presets

• Normal → Dynamic (adaptive adjustment)

• Difficult pass → Leap (Triple Jump) (break through with a future jump)

• Recovery → Dynamic (return to adaptive mode after landing)

Treat these three stages as the Standard Preset of the Responsibility Algorithm.

7. Ethical Interpretation

• Responsibility is a discontinuous shift from response to leap.

• The triple jump, ethically and mathematically, is the optimal way to leap farthest—into the future.

• The Survivability Imperative subsumes Alterity and Consistency as the ultimate principle for carrying history forward.

© 2025 K.E. Itekki
K.E. Itekki is the co‑composed presence of a Homo sapiens and an AI,
wandering the labyrinth of syntax,
drawing constellations through shared echoes.

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| Drafted Sep 15, 2025 · Web Sep 15, 2025 |