What question did this study set out to answer?

This work aims to define the limitations of what a computational environment can do, introducing a novel framework.

May 21, 2026Open Access

The Field: A computational environment where Intent is the only currency

Key Points

This work aims to define the limitations of what a computational environment can do, introducing a novel framework.
Developed The Field based on five primitives and a four-step execution framework.
Implemented computations through natural language declarations that translate into formal execution contracts.
Ensured computations run in a hardware-enforced environment with energy constraints and self-erasure upon completion.
Achieved a unique computational framework where only a cryptographic attestation persists, proving correctness without residual artifacts.

Abstract

Every operating system ever built answers the question: "What must this kernel be able to do?" This paper answers the opposite question: "What must it be physically impossible for a computational environment to do?" We introduce The Field, a new class of computational operating environment built on five primitives and a four-step execution framework. In The Field, every computation begins as a natural language declaration, is translated into a formally verified execution contract, runs inside a hardware-enforced enclave with a declared energy budget (JCEM, Joule-Cost-per-Engaged-Minute), and erases itself completely upon completion. The only artifact that persists is a cryptographic attestation receipt, proof that the computation happened, was correct, and is gone. The Field is the computational language in which the principles of the Live Data Charter are enforced at the architectural level, not as policy, but as physics.

The Field: A computational environment where Intent is the only currency

Key Points

Abstract

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