ANTIMATTERIUM

ANTIMATTERIUM models, verifies, and industrializes antimatter as a manufactured energy carrier for starflight.

This is the governing sentence.

Not fantasy propulsion. Not a laboratory claim. Not a particle accelerator project. Not a starship company. Not a harmful-systems project. Not a DIY antimatter machine.

ANTIMATTERIUM begins at the only lawful current position:

antimatter-starflight civilization requires a calculable industrial pathway before it can become a buildable industrial pathway

Primary identity

ANTIMATTERIUM is a public engineering, economics, custody, and mission-architecture framework for antimatter as a manufactured energy carrier for deep-space and interstellar propulsion.

The first task is not to produce antimatter.

The first task is to make the future antimatter economy inspectable:

• production energy
• production efficiency
• antiproton / antihydrogen yield
• capture loss
• trap custody
• storage decay and loss
• transport boundary
• annihilation-event accounting
• propulsion architecture
• radiator and shielding penalty
• mission class feasibility
• source authority
• refusal conditions
• public proof of assumptions

Boundary

ANTIMATTERIUM does not claim current industrial antimatter production.

ANTIMATTERIUM does not claim that bulk antimatter storage is solved.

ANTIMATTERIUM does not claim that a starship is currently buildable.

ANTIMATTERIUM does not provide physical production instructions.

ANTIMATTERIUM does not collapse physics, engineering, economics, custody, propulsion, and governance into one untyped story.

Correct category

industrial antimatter evidence infrastructure

Central future thesis

A future civilization may spend 10^24 dollars or more on antimatter production, storage, custody, and propulsion infrastructure if compact onboard relativistic starflight becomes strategically necessary.

ANTIMATTERIUM exists to make that economy calculable before it is buildable.

First release target

v0.1.0 — Antimatter Industrialization Charter

Acceptance condition

ANTIMATTERIUM_INDUSTRIALIZATION_CHARTER_PASS=true
NO_CURRENT_PRODUCTION_CLAIM=true
NO_STARSHIP_CLAIM=true
NO_PHYSICAL_PRODUCTION_INSTRUCTIONS=true
NASA_SOURCE_BOUND=true
CERN_SOURCE_BOUND=true
MISSION_CLASSES_BOUND=true
PRODUCTION_COST_MODEL_BOUND=true
STORAGE_FAILURE_MODEL_BOUND=true
CUSTODY_RECEIPT_STANDARD_BOUND=true
SOURCE_AUTHORITY_INDEX_BOUND=true

Mission classes

| Class | Name | Meaning | | ----: | ----------------------- | ----------------------------------------------------------------------------- | | 0 | Physics benchmark | laboratory antimatter production and measurement boundary | | 1 | Custody benchmark | storage, transfer, and loss accounting boundary | | 2 | Catalyzed propulsion | antimatter as ignition or trigger, not bulk fuel | | 3 | Deep-space precursor | outer solar system and heliopause-class mission analysis | | 4 | 250 AU probe | bounded interstellar precursor target class | | 5 | Interstellar precursor | multi-decade probe beyond solar gravity lens / nearby-star precursor envelope | | 6 | Relativistic starflight | civilization-scale antimatter economy and propulsion architecture |

Repository map

ANTIMATTERIUM/
├─ README.md
├─ CHARTER_OF_ANTIMATTER_INDUSTRIALIZATION.md
├─ standards/
│  └─ ANTIMATTERIUM_STANDARD.json
├─ models/
│  ├─ MISSION_CLASSES.json
│  ├─ PRODUCTION_ECONOMY_MODEL.json
│  ├─ STORAGE_FAILURE_MODEL.json
│  └─ STARFLIGHT_ASSUMPTION_LEDGER.json
├─ custody/
│  └─ CUSTODY_RECEIPT_STANDARD.json
├─ sources/
│  └─ SOURCE_AUTHORITY_INDEX.json
├─ scripts/
│  └─ verify-antimatterium.mjs
├─ tests/
│  └─ antimatterium.test.mjs
└─ .github/workflows/
   └─ antimatterium.yml

Non-role clauses

ANTIMATTERIUM is not CERN.

ANTIMATTERIUM is not NASA.

ANTIMATTERIUM is not a production facility.

ANTIMATTERIUM is not a propulsion test range.

ANTIMATTERIUM is not a harmful-systems research program.

ANTIMATTERIUM is not a launch provider.

ANTIMATTERIUM is the industrial evidence and architecture layer required before antimatter starflight can become an accountable engineering program.

License

Apache License 2.0.

Control Plane

ANTIMATTERIUM now includes a deterministic public control plane.

npm run verify:control
node scripts/antimatterium-control.mjs status
node scripts/antimatterium-control.mjs digest

The control plane binds public receipts, indexes, model files, source authority, external recognition receipts, and package receipt into one digest-addressed bundle:

public/ANTIMATTERIUM_CONTROL_PLANE_BUNDLE.json
schemas/ANTIMATTERIUM_CONTROL_PLANE_SCHEMA.json
docs/CONTROL_PLANE.md

Runtime Kernel

ANTIMATTERIUM now includes a runtime kernel for public bounded execution.

npm run verify:runtime
node scripts/antimatterium-runtime.mjs status
node scripts/antimatterium-runtime.mjs estimate examples/runtime/mission-estimate-input.json
node scripts/antimatterium-runtime.mjs event examples/runtime/mission-estimate-input.json

The runtime kernel performs admission checks, emits replayable runtime events, and binds input/output digests without physical-production instructions.

External Replay Runner

ANTIMATTERIUM includes an external replay runner that binds the public release, control-plane digest, runtime event, artifact digests, and replay commands into one public receipt.

npm run verify:replay
node scripts/antimatterium-replay.mjs status
node scripts/antimatterium-replay.mjs receipt
bash scripts/antimatterium-external-clone-replay.sh

Public Closure Audit

ANTIMATTERIUM includes a public closure audit binding the core external replay runner, WWW projection, organization profile projection, npm package, control-plane digest, runtime event ID, and replay ID.

npm run verify:audit
antimatterium-audit status

External Public Verify

Run a clean public replay from a temporary directory:

bash scripts/antimatterium-public-external-verify.sh

Expected bound outputs are checked against the public closure audit.