FEDSPD
zhenjaes

2026-2076

50-Year Roadmap

A five-phase long-horizon roadmap from roughly age 30 to age 80. Each stage remains a research and engineering vision, not a claim of achieved capability.

Horizon

50Y

Across knowledge, capital, engineering, and organization.

2026-2030

Phase 1

Capital origin and knowledge foundation

Build a capital base, public website, public roadmap, and first research knowledge base.

Capital
Establish early capital capacity and a credible long-term record.
Energy
Map the fusion energy technology tree and supply-chain entry points.
Propulsion
Create a public research framework for fusion propulsion, magnetic nozzles, and velocity thresholds.
Organization
ビジョンプラットフォーム / 研究イニシアチブ
Website launchVision whitepaper50-year roadmapKnowledge hub v1Advisor network outline

2030-2035

Phase 2

Capital platform and fusion supply-chain entry

Build a small capital or research platform and enter HTS, pulsed power, plasma control, and magnetic-nozzle directions.

Capital
Form an early research platform, industry partnerships, and long-duration capital structure.
Energy
Enter critical supply chains such as HTS magnets, first-wall materials, and cryogenic systems.
Propulsion
Prepare experiments for magnetic nozzles, space thermal control, and propulsion subsystems.
Organization
資本 + 研究プラットフォーム
Technical roadmapLaboratory planRecruiting systemResearch article systemInitial collaboration network

2035-2045

Phase 3

Early industrialization

Build fusion engineering capability and integrate capital, engineering, and research into one structure.

Capital
Expand industrial capital, strategic partnership, and engineering project-finance capacity.
Energy
Validate critical fusion-energy devices and small experimental systems.
Propulsion
Validate propulsion-related subsystems and space application paths.
Organization
資本 + 工学 + 研究
Core technology modulesSmall experimental devicesPatent and technology repositoryStrategic partner networkIndustrial validation path

2045-2060

Phase 4

Fusion commercialization and propulsion prototypes

Advance early commercial fusion paths and explore very low-cost power models in high-load zones.

Capital
Build a large capital alliance and energy infrastructure financing structures.
Energy
Create demonstration paths for power stations and energy-zone models.
Propulsion
Move propulsion systems into prototype validation and explore 30-100 km/s capability.
Organization
核融合電力 + 推進プロトタイプ連合
Power-station demonstration pathEnergy-zone modelPropulsion prototype routeDeep-space cargo validationLarge capital alliance

2060-2076

Phase 5

Early solar-system free movement

Scale fusion-energy applications, advance a ten-person deep-space spacecraft blueprint, and approach 100-200 km/s crewed capability.

Capital
Close the loop among capital, energy, and transport infrastructure.
Energy
Scale fusion energy in high-load application zones.
Propulsion
Advance a ten-person deep-space vehicle and early solar-system transport system.
Organization
太陽系インフラ組織
Ten-person crewed spacecraft blueprintFusion propulsion achievement systemEarly solar-system transport systemClosed energy and movement loop