JMP0X1B Research

research.jmp0x1b.com

JMP0X1B Research

Formal notes, preprints, and technical papers for systems that must remain coherent under autonomy, scale, uncertainty, and long operational horizons.

Papers Paper Structure JMP0X1B

01 / Papers

Research Papers

Public papers will be indexed here with stable abstracts, PDF builds, LaTeX source, diagrams, errata, and implementation artifacts when those artifacts are part of the argument.

  1. Working paper Paper 001 June 3, 2026 JMP0X1B Research

    Twelve Five-Dimensional Projection Models for Maxwell-Compatible Electromagnetism

    A mathematical theory tree that develops twelve speculative five-dimensional projection models and asks how each branch recovers ordinary Maxwell electrodynamics as a clean four-dimensional limit.

    Read page PDF TeX source

02 / Areas

Research Areas

The work is organized around systems that are formal enough to be reasoned about, practical enough to be deployed, and resilient enough to remain useful when the environment changes. JMP0X1B also makes room for frontier physics and speculative inputs that academia may move too slowly to test, provided every claim can be reduced to experiment, measurement, and revision.

Formal Systems

Languages, effects, actor models, verification, and type-directed tools for explicit operational semantics.

keywords: type theory / effects / semantics

Autonomous Infrastructure

Agents, control loops, observability, recovery, and distributed execution for high-reliability engineering systems.

keywords: autonomy / reliability / orchestration

Frontier Physics

Physics for a galactic civilization: energy, propulsion, fields, materials, sensing, and anomaly-driven hypotheses. Fringe knowledge is treated as a source of testable claims.

keywords: physics / propulsion / anomalies / experiment

Planetary Computation

Decision systems, sensing, simulation, and long-horizon models for civilization-scale coordination.

keywords: simulation / sensing / coordination

Evidence decides whether an idea is wrong, premature, or genuinely at the scientific frontier. The site should be able to publish negative results with the same seriousness as breakthroughs.

03 / Structure

How Papers Are Built

JMP0X1B papers should be easy to audit: every manuscript states the problem, declares its assumptions, names its claims, shows the evidence, and publishes the artifacts needed to inspect or reproduce the result.

  1. 01 / Problem

    A compact statement of the question, scope, non-goals, and why the result matters to the JMP0X1B research program.

  2. 02 / Model

    Definitions, assumptions, notation, diagrams, system boundaries, and the formal objects used by the argument.

  3. 03 / Claims

    Theorems, propositions, design claims, or engineering hypotheses written so they can be challenged.

  4. 04 / Evidence

    Proofs, derivations, measurements, simulations, benchmarks, failure cases, and comparison baselines.

  5. 05 / Release

    Stable PDF, LaTeX source, figures, code or data when applicable, errata, and a revision trail.

Problem Model Claims Evidence Release review, errata, revision
The release bundle feeds review, errata, and future revisions back into the paper.

04 / Format

Manuscript Surface

Working paper shell

Title of a JMP0X1B Research Manuscript

JMP0X1B Research Group

Preprint format / revision controlled

Abstract

This surface is ready for paper-length arguments with abstract text, numbered sections, equations, figures, theorem blocks, proofs, and bibliography entries.

Proposition

If every transition in a distributed system is observable and every failed transition has a bounded recovery path, then operational uncertainty can be reduced to a policy-selection problem over the available recovery actions.
The proof follows by constructing the reachable transition graph, marking all failed edges with recovery candidates, and minimizing expected utility loss over the induced policy set.
\[ \operatorname{loss}(\pi) = \mathbb{E}_{t} \left[ C(S_t, \pi(O_{\leq t})) \right] \]

Equations, proofs, figures, and implementation notes live inside the manuscript where they support a named claim.

Bibliography

References will be rendered here from the paper source once public manuscripts are added.