Bitcoin worlds: institutional latency and the governance of monetary scarcity

Abstract

Bitcoin's institutional future is unlikely to converge on a single trajectory. This paper develops a morphological scenario framework for mapping Bitcoin's institutional configuration space under persistent institutional latency, the mismatch between algorithmic execution, rising information velocity, and slower governance-response capacity. Six cleavages structure the analysis: liquidity depth; policy clarity; concentration of holdings; macro-energy stress; trust and information integrity; and credit leverage. Their binary combinations generate 64 configurations, classified by stability, transaction-costminimizing governance form requirements, and resilience properties. The analysis of structural combinations suggests that credit leverage is the primary divider of the space. Transparent leveraged configurations are transitional because credible attestation makes positions legible without supplying the hierarchical governance capacities needed-or available in Bitcoin-to slow, absorb, or coordinate forced adjustment. Opaque leveraged configurations can remain stable where deep liquidity or supportive policy supplies hybrid governance forms supporting absorption capacity. The analysis distinguishes operational durability from epistemic admissibility: stability-first commitments select within the full configuration space, while sovereignty-first commitments restrict the admissible space to configurations preserving Bitcoin's commitment device function. The framework does not predict which Bitcoin world will prevail. It clarifies what each world requires, what each costs institutionally, and which commitments are preserved or surrendered.