Paper: arXiv 2610.40129

Authors: Bernhard K Meister

Abstract

The term Kessler syndrome was coined for a runaway orbital cascade creating a high-density debris field. The idea is generalised and applied to supply chains. An additive channel enables failures to generate further failures; a subtractive channel erodes the capacity to contain and restore. When damage outpaces repair, failure becomes irreversible and the system settles into a new state. Supplies connect the theory to its application. Stocks insulate subsystems from one another, and their exhaustion exposes dependencies. For the Persian Gulf states, restrictions on maritime supplies from spring 2026 are inadequately compensated by air and road transport alternatives. This depletes inventories unevenly across products and impairs the functioning of the logistics system itself. Throughput optimisation builds fragility everywhere; the Gulf is where it is becoming visible, with the Strait of Hormuz restriction as the trigger. Formulated as a Kelly portfolio allocation under a weakest-link payoff, the optimal strategy concentrates resources on the lagging rather than the leading inputs.

Complexity vs Empirical Score

  • Math Complexity: 6.0/10
  • Empirical Rigor: 3.0/10
  • Quadrant: Lab Rats — theoretically deep, empirically untested

Why this score: The paper introduces a novel conceptual framework with some mathematical formalization (Kelly criterion, Leontief production) but lacks empirical validation or detailed data analysis. The focus is on theoretical generalization and application to a specific scenario rather than rigorous backtesting.

Research Flowchart

  flowchart TD
    A[Research Goal: Generalise Kessler Syndrome to Supply Chains & Apply to Persian Gulf] --> B{Key Methodology: Generalised Kessler Syndrome Concept}
    B --> C[Data/Inputs: Supply Chain Dynamics, Maritime Restrictions (Spring 2026), Persian Gulf Logistics, Stock Levels]
    C --> D{Computational Process: Kelly Portfolio Allocation, Weakest-Link Payoff}
    D --> E[Key Finding 1: Gulf Supply Chain Fragility due to Throughput Optimisation]
    E --> F[Key Finding 2: Strait of Hormuz Restriction as Trigger for Irreversible Failure]
    F --> G[Key Finding 3: Optimal Strategy: Concentrate Resources on Lagging Inputs (Kelly Portfolio)]