Value per Joule: Foundations of an Energy-Normalized Economics
Defines the accounting boundary and separates physical efficiency from economically realized value.
Ten papers. One accounting discipline.
The Joule Standard studies how energy becomes useful work, machine intelligence, settlement assurance, and economic coordination. The framework keeps physical energy measurement separate from outcome quality, causal attribution, and economic valuation.
The papers follow a common accounting chain: energy input, system transformation, measurable outcome, and attribution of economic value.
Research ledger
The program develops measurement frameworks for physical work, machine intelligence, settlement assurance, flexible computation, and national productivity.
Defines the accounting boundary and separates physical efficiency from economically realized value.
Models how energy becomes useful work, information, coordination, and institutional order.
Adjusts machine intelligence for task difficulty, correctness, reliability, and usefulness.
Treats mining as an energy-to-assurance process under explicit security scenarios.
Traces inference expenditure through useful outcomes to realized economic value.
Allocates the next joule among automated systems under network and service constraints.
Asks when cheaper cognition expands demand enough to offset efficiency gains.
Designs grid-aware markets for flexible AI and proof-of-work loads.
Adds a vector satellite account for useful work, intelligence, assurance, and coordination.
Synthesizes the program while preserving the limits of scalar comparison.
Measurement requirement
Energy is physically measured. Economic value is estimated. A value-per-joule result requires an explicit outcome, system boundary, counterfactual, and attribution rule.See the measurement contract