What question did this study set out to answer?

To propose a framework explaining why spacefaring civilizations tend toward peace due to energy constraints.

July 11, 2026Open Access

The Thermodynamic Peace Framework: A Conditional Constraint Model for Spacefaring Civilizations

Key Points

To propose a framework explaining why spacefaring civilizations tend toward peace due to energy constraints.
Developed the Thermodynamic Peace Framework (TPF) as a theoretical model.
Analyzed the implications of energy levels on civilization aggression.
Compared the historical evolution of aggressive behaviors in relation to energy maturity.
Interstellar aggression is structurally disfavored in high-energy contexts.
Relativistic attacks are detectable, reducing incentive for conflict.
Most civilizations do not transition to high-energy scales necessary for spacefaring.

Abstract

Spacefaring civilizations are peaceful — because they caged their predator in time. This paper develops the Thermodynamic Peace Framework (TPF): a conditional constraint model arguing that overt interstellar aggression becomes structurally disfavored — not morally prohibited — as civilizations approach high-energy spacefaring maturity. The physics is specific: relativistic attacks cannot be made signature-free, and the speed of light makes galactic empires incoherent. The hardest claim is evolutionary: the same aggression that carries a species to the stars becomes lethal at stellar energy scales. Most don't make the transition. We are currently taking the exam. This is a substantially revised and expanded successor to the earlier "Thermodynamic Peace Hypothesis" (DOI: 10.5281/zenodo.20204646); the reframing from hypothesis to conditional constraint model is documented in the paper's revision history.

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