JMP0X1B
Research
research.jmp0x1b.com
Formal notes, preprints, and technical papers.
01 / Papers
Corpus controls: conventions, errata, and release manifest.
A comparison of literal extra coordinates, internal fibers, scalar fields, graph embeddings, material-state spaces, and theory-space parameters. These structures are not asserted to be interchangeable.
A speculative continuation toward Brown-style electrogravity and falsifiable fifth-sector residuals, built around electrostatic projection couplings, force budgets, and null-test protocols.
An effective hypersurface model based on an exact projected residual and nonsingular null contrasts. It explicitly does not identify spacetime extrinsic curvature with electrode-edge curvature.
A gauge-consistent effective-current framework that classifies admissible projected currents, observational degeneracies, and parity tests for surviving operator classes.
A controlled weak-field scalar or radion model for speculative electrogravity, translating high-vacuum null searches and equivalence-principle pressure into conditional bounds on the action-defined coupling product \(\alpha_E\alpha_m\).
An illustrative operator-archetype paper that translates speculative fifth-sector narratives into gauge-compatible conserved currents, Maxwell recovery limits, and auditable bounds for anomaly research.
A falsification-first protocol for separating scalar, boundary-flux, electrohydrodynamic, leakage, thermal, cable, and Maxwell-stress terms in capacitor anomaly experiments.
A simulation proposal using nuisance-projected Jacobian rank and conditioning to design capacitor experiments. No meshes, converged solver output, or atlas data are released.
A materials protocol proposal for coated-wire superconductivity claims, with preregistered transport and magnetic thresholds, critical-field scans, blind reruns, and independent replication. No samples or results are released.
Proposed accounting criteria for resonant-cavity inertia and HFGW claims, including momentum closure, photon-thrust calibration, calorimetry, and dimensionally explicit conversion efficiency. No conversion result is reported.
A conservative engineering translation from speculative superconductivity prompts to practical cryogenic spacecraft power trunks, magnetic modules, shielding experiments, and TRL gates.
A local identifiability framework based on candidate sensitivities after nuisance-space projection. Full rank, minimum singular value, and nonlinear profile or posterior checks replace pairwise distance as the decision criterion.
A Bayesian proposal for combining compatible null experiments while preserving apparatus-local and shared nuisance parameters, calibration correlations, priors, stopping rules, and publication selection. No ledger software or experimental bound is released.
A proposal separating genuine homology invariants, which require closed source-free forms and fixed boundary assumptions, from constitutive edge and material response proxies.
An action-defined screened scalar proposal with explicit field normalization, matter coupling, stability conditions, and range-dependent null predictions. No exclusion surface is reported.
A constrained differentiable-FEM proposal that optimizes the worst-case minimum singular value after nuisance projection while bounding artifacts, fabrication, and breakdown risk. No solver or optimized geometry is released.
A reusable control-volume stress-energy audit for closed electromagnetic devices. Residuals are analyzed with a joint generative covariance model rather than an independence-assumed sum of variances.
Cryogenic operation changes leakage, dielectric loss, thermal gradients, mechanical drift, and magnetic shielding. This paper proposes cryogenic capacitor null experiments that borrow measurement discipline from superconducting subsystem development while testing projection-electromagnetism residuals.
A proposed controlled sample matrix with quantitative resistance, shielding, critical current, critical field, and blind replication gates. No material samples or atlas data are released.
A proposal for expressing laboratory obligations as state machines and temporal properties, including permanent append-only errata support. No executable specification, checker run, or verification log is released.
Exact predictive equality defines the true experiment-relative quotient. Finite epsilon closeness is treated separately as a nontransitive indistinguishability graph, not an equivalence relation.
A joint generative-model proposal for capacitance, dielectric, surface-potential, and Casimir-adjacent cross-checks. Forces use derivatives with respect to a declared apparatus coordinate, and any cycle includes modulation and reset work.
A governance proposal with mandatory stage gates for complete conventions, action-derived dynamics, external constraints, identifiability, artifact closure, and reproducible evidence before hardware escalation.
A reference architecture for a falsification-first laboratory workflow spanning protocols, telemetry, ledgers, and releases. No runner, schema implementation, end-to-end simulation, or test suite is released.
A control-stack reference architecture for electrostatic null experiments, specifying UHV below \(10^{-7}\) Pa, calibrated pressure metrology, high-voltage safety, paired controls, and traceable run bundles. No stack is implemented here.
A reference architecture for a differentiable-FEM service with explicit derivative units, convergence gates, and analytic or finite-difference gradient validation. No service, solver, or benchmark output is released.
A signed-evidence reference architecture for reusable null results. Cryptographic signatures establish integrity and provenance, not scientific validity. No schema, verifier, or statistical compatibility test is released.
A reference architecture for known-physics superconducting subsystem trades, including cryocooler input power, rejected heat, radiators, joints, quench, duty cycle, redundancy, and failure margins. No optimizer or validated trade is released.
A typed coordination reference architecture with explicit stale state, partition, spoofing, authorization, and Byzantine semantics. No protocol implementation, proof, or swarm simulation is released.
A sensor-fusion reference architecture requiring calibrated uncertainty, distribution-shift detection, ground truth, field validation, and governance before decision use. No deployed stack or performance result is reported.
A local-first effects-runtime proposal with typed authority, timing, failure, retry, recovery, and safing obligations. A simple probability-times-consequence score is not a safety case. No runtime or fault-injection result is released.
A partially implemented release pipeline now backed by the corpus manifest, deterministic dates, two-pass PDF builder, checksums, build metadata, and append-only errata. Pinned container images and richer artifact bundles remain future work.
A digital-twin reference architecture with declared model validity domains, parameter provenance, calibration, held-out validation, residual monitoring, and explicit out-of-domain states. No executable twin is released.
A latency-tolerant reference architecture with per-artifact merge, quarantine, rollback, expiry, authorization, and partition semantics. Digests detect mismatch but do not resolve authority or meaning.
An evidence-compiler reference architecture with typed requirements, methods, acceptance criteria, configurations, authorities, and validity periods. It cannot infer physical adequacy or standards correctness.
A habitat reference architecture using separate component balances, crew viability constraints, contaminant limits, exergy input, reserve margins, and recovery costs rather than one scalar closure score.
A reference architecture for robotic yards and recursive construction evaluated through physical capability vectors, mass and energy budgets, imported equipment, uncertainty, and Pareto tradeoffs.
A navigation and networking reference architecture separating deterministic cryptographic validity from probabilistic state confidence, with explicit link and data-volume budgets and nonlinear estimator requirements.
A protocol proposal treating observer and future-choice terms only as preregistered statistical alternatives. Leakage, stopping, multiplicity, prior sensitivity, and independent replication are mandatory; no anomaly is reported.
A postulated flat-background spin-1 analogy, not general relativity. It has no complete matter theory or empirical validation, and negative field-energy bookkeeping is not an extractable reservoir.
A proposal deriving moving-mass signatures inside the linear analogy. Its normalization must first be calibrated against frame-dragging observations; no numerical catalogue or measurement is released.
A computational specification for causal solvers inside the postulated linear model. No solver, convergence result, or benchmark output is released.
A prospective null protocol with reversal controls and nuisance templates. Existing constraints, viable parameter space, sensitivity, and background budgets are prerequisites to hardware; no bound is reported.
A requirements proposal, not a bounds result. Light propagation and compact-binary fits require missing matter, metric, and strong-field dynamics. No data, likelihood, posterior, or numerical bound is released.
A bridge proposal asking what a shared dynamical action would require. Conservation or common vocabulary alone does not merge projection electromagnetism with the cogravity analogy; no coupling or operator dictionary is demonstrated.
02 / 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.
Languages, effects, actor models, verification, and type-directed tools for explicit operational semantics.
keywords: type theory / effects / semanticsAgents, control loops, observability, recovery, and distributed execution for high-reliability engineering systems.
keywords: autonomy / reliability / orchestrationPhysics for a galactic civilization: energy, propulsion, fields, materials, sensing, and anomaly-driven hypotheses. Fringe knowledge is treated as a source of testable claims, never as evidence. Energy proposals must identify a reservoir and close full-cycle energy, momentum, entropy, and depletion accounts.
keywords: physics / propulsion / anomalies / experimentDecision systems, sensing, simulation, and long-horizon models for civilization-scale coordination.
keywords: simulation / sensing / coordination03 / Format
Preprint format / revision controlled
This surface is ready for paper-length arguments with abstract text, numbered sections, equations, figures, theorem blocks, proofs, and bibliography entries.
Equations, proofs, figures, and implementation notes live inside the manuscript where they support a named claim.
References will be rendered here from the paper source once public manuscripts are added.