JMP0X1B
Research
research.jmp0x1b.com
Formal notes, preprints, and technical papers for systems that must remain coherent under autonomy, scale, uncertainty, and long operational horizons.
01 / 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.
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.
A speculative continuation toward Brown-style electrogravity and falsifiable fifth-sector residuals, built around electrostatic projection couplings, force budgets, and null-test protocols.
A linearized boundary-flux branch for five-dimensional projection electromagnetism, focused on embedded hypersurfaces, edge-sensitive effective charge densities, and capacitor null observables.
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 bounds on \(\alpha_E\gamma_s\).
An operator-basis 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 computational design atlas for capacitor experiments, scoring geometries by how well they separate conventional artifacts from speculative scalar and boundary-flux residual proxies.
A replication-grade materials protocol for coated-wire superconductivity claims, requiring four-terminal transport, magnetic evidence, strain calibration, and blind artifact controls.
A stress-energy accounting framework for resonant cavity inertia and HFGW claims, using momentum closure, photon-thrust calibration, calorimetry, and conversion sanity checks.
A conservative engineering translation from speculative superconductivity prompts to practical cryogenic spacecraft power trunks, magnetic modules, shielding experiments, and TRL gates.
The existing JMP0X1B projection papers classify speculative fifth-sector electromagnetic residuals by gauge consistency, scalar readout, boundary flux, and experimental null signatures. This paper asks a narrower question: when can two candidate residual mechanisms be distinguished at all? We formulate operator identifiability as a rank...
Projection-electromagnetism experiments are likely to produce null results. This paper proposes a Bayesian null ledger that treats each experiment as a constrained likelihood over operator amplitudes rather than as a binary success or failure. The ledger stores apparatus metadata, transformation controls, nuisance models, priors,
Boundary-flux projection models suggest that effective electromagnetic residuals may localize near edges, apertures, guards, seams, and dielectric interfaces. This paper proposes a topology-aware version of that idea. Instead of treating edge sensitivity as a geometry anecdote,
Weak-field radion electrogravity turns electrostatic energy density into a scalar-source term and then asks whether gravity-like readout is constrained by null experiments. This paper extends that model to screened scalar responses. A scalar may be short-range, material-screened, geometry-screened, or environment-screened.
The finite-element discrimination paper proposes scoring geometries by how well mechanisms separate under controls. This paper makes that idea algorithmic. It frames geometry design as a constrained optimization problem: maximize mechanism separability while bounding ordinary artifacts, manufacturability cost, voltage stress,
Closed-device propulsion and inertia claims fail when momentum and energy channels are not fully accounted. This paper generalizes the cavity/HFGW closure paper into a conservation-first audit framework applicable to capacitors, microwave cavities, superconducting coils, pulsed plasma-adjacent devices, and field-energy conversion claims.
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.
The coated-wire superconductivity replication protocol defines nested hypotheses from artifact to full superconducting evidence. This paper extends it into a materials atlas. The atlas varies wire composition, piezoelectric coating, strain waveform, current pulse, temperature, magnetic field, and contact geometry.
JMP0X1B papers repeatedly require pressure ladders, polarity pairs, shielding controls, blind runs, null bounds, and artifact ledgers. This paper proposes a formal verification layer for such protocols. Experimental obligations are expressed as state machines and temporal properties: no claim may be emitted before calibration, blinding,
The twelve-branch projection tree deliberately permits multiple five-dimensional narratives. This paper classifies when those narratives are observationally equivalent at the four-dimensional level. Two models are equivalent relative to an experiment if their predicted distributions over observables match after nuisance marginalization.
Electrostatic projection hypotheses often depend on field energy, dielectric polarization, or boundary flux. This paper proposes cross-checks using capacitance precision, dielectric spectroscopy, surface-potential mapping, and Casimir-adjacent force metrology as independent observables.
The existing JMP0X1B papers form a coherent track: mathematical projection models, admissible currents, scalar and boundary mechanisms, UHV null protocols, FEM discrimination, materials replication, energy-momentum closure, and practical superconducting subsystem translation.
NIDUS Lab is proposed as a laboratory operating system for research programs where negative results are valuable and premature claims are dangerous. It binds protocol state machines, instrument telemetry, stress-energy ledgers, null-result likelihoods, sample recipes, and publication artifacts into a signed, replayable workflow.
ProjectionLab is a proposed control stack for ultra-high-vacuum electrostatic null experiments. It operationalizes the experimental papers by controlling pressure ladders, high-voltage profiles, polarity reversals, shield states, device inversion, cable dummies, and force metrology windows.
AtlasForge is a proposed simulation service that implements the finite-element and geometry-search papers. Its purpose is to design apparatus that separates mechanisms under controls and to publish the failed designs that reveal artifact traps. AtlasForge manages CAD digests, mesh convergence, solver settings, proxy calculations,
NullLedger is a technology paper for turning negative results into signed, queryable scientific assets. It implements the Bayesian null ledger proposed for electrostatic projection experiments but generalizes to materials replication, cavity audits, and subsystem qualification. Each entry stores model definitions, likelihoods, controls,
CryoBus is a proposed JMP0X1B toolchain for superconducting spacecraft subsystems. It does not assume unverified room-temperature superconductivity. Instead, it models known cryogenic conductors, quench safety, current distribution, thermal load, magnetic cleanliness, mass trades, and technology-readiness gates.
SwarmAssure applies the JMP0X1B mission-grade software direction to autonomous machines. It proposes typed digital-pheromone and stigmergy stores with TTL, decay, hazard overlays, dynamic gates, and audit trails. The application targets drones, field robots, sensor meshes,
This paper proposes a Planetary Intelligence application stack aligned with JMP0X1B development vectors. It fuses Earth-observation imagery, field sensors, hydrometeorological data, infrastructure observations, and operator reports into decision products for agriculture, water stress, terrain change, disaster monitoring,
The JMP0X1B language direction emphasizes purity by default, actor awareness, explicit effects, and distributed mission-grade systems. This paper proposes an effects runtime for local-first autonomy. Effects such as telemetry, high-voltage control, actuator command, human override, cryptographic signing, degraded-network operation,
ResearchPack is a publication pipeline for research.jmp0x1b.com. It treats every paper as a bundle: LaTeX source, PDF build, figures, code, data, build logs, provenance, errata, and revision history. The pipeline is designed for speculative, negative, and engineering papers where auditability matters as much as presentation.
This paper proposes a digital-twin platform spanning three JMP0X1B research domains: electrostatic capacitor nulls, microwave cavity closure audits, and cryogenic superconducting subsystems. The twin combines geometry, fields, thermal behavior, control state, telemetry, artifact ledgers, and failure injection.
Orbis Edge is a proposed architecture for orbital and off-world autonomy where connectivity is intermittent, latency is unavoidable, and local decisions must remain safe. It combines actor supervision, typed command sequences, telemetry compression, artifact synchronization, fault detection, and provenance.
AssuranceForge is a proposed evidence compiler for teams moving from research prototypes to space-grade technology. It connects requirements, hazards, tests, simulations, supplier records, calibration files, null ledgers, software releases, and publication artifacts.
BiosphereOS treats air, water, food, waste, microbes, minerals, power, heat, and crew physiology as one auditable habitat metabolism for long-duration off-world civilization.
StructureForge frames off-world industry as typed robotic yards, local assurance, part passports, forge graphs, and recursive construction capacity beyond Earth-launch logistics.
PulsarMesh unifies X-ray pulsar navigation, delay-tolerant networking, optical links, RF survival channels, local beacons, and signed position-time-trust objects.
NoeticLab defines blinded, preregistered, cryptographically committed infrastructure for testing observer-coupled anomaly claims without lowering evidential standards.
A foundation note for Jefimenko-style gravity/cogravity as a linear retarded mass-current field theory with conservation, Newtonian recovery, and field-energy bookkeeping.
A moving-mass observable catalogue for gravity/cogravity, covering translating sources, rotating compact masses, reversal controls, and scale-honest null signatures.
A computational proposal for causal gravity/cogravity solvers that track source continuity, retarded interpolation, gauge residuals, mesh convergence, and benchmark geometries.
A falsification-first protocol for laboratory cogravity searches using rotating and translating dense sources, symmetry matching, nuisance templates, and signed null ledgers.
An observational parameter program mapping cogravity source, force, and propagation terms to precession, ranging, light-deflection, ephemeris, and binary- timing residuals.
An operator dictionary connecting projection-field research to conserved effective mass-current sources, stress-energy ledgers, retarded signatures, and null-test controls.
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.
keywords: physics / propulsion / anomalies / experimentDecision systems, sensing, simulation, and long-horizon models for civilization-scale coordination.
keywords: simulation / sensing / coordinationEvidence 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
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.
A compact statement of the question, scope, non-goals, and why the result matters to the JMP0X1B research program.
Definitions, assumptions, notation, diagrams, system boundaries, and the formal objects used by the argument.
Theorems, propositions, design claims, or engineering hypotheses written so they can be challenged.
Proofs, derivations, measurements, simulations, benchmarks, failure cases, and comparison baselines.
Stable PDF, LaTeX source, figures, code or data when applicable, errata, and a revision trail.
04 / 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.