FEDSPD
zhenjaes
Vast deep-space starfield with orbital traces and civilization-scale trajectories
Vision platform / public research initiative

Free energy. Free movement across the solar system.

Fusion Energy & Deep Space Propulsion Group is building a fifty-year roadmap to integrate capital, fusion power, and deep-space propulsion, advancing humanity toward energy freedom and free movement across the solar system.

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Module 00

Three ultimate goals

Three primary lines form one long-term system: capital provides time, fusion provides energy, and propulsion converts energy into solar-system movement.

Current phase

Vision integration, public research, roadmap development, and preparation for a global talent network. This site publishes long-horizon plans, knowledge frameworks, and research roadmaps, not claims of achieved technical capability.

Capital Scale

01

$10B long-duration capital architecture

Long-horizon capital engine

A long-term capital organization vision for fusion energy, space propulsion, and solar-system infrastructure.

Fusion Power

02

Toward 1/10 electricity cost in high-load energy zones

Long-term cost target

Focused on high-load contexts such as AI data centers, industrial parks, hydrogen, desalination, and energy-intensive manufacturing.

Deep-Space Vehicle

03

10-person fusion spacecraft targeting 200 km/s

Solar-system threshold velocity

A long-term engineering vision for free movement across the solar system, not a claim of achieved capability.

Module 00A

Current Phase and Public Posture

This is not a fundraising page and not a claim that fusion plants or deep-space vehicles already exist. It is the public starting point for a long-horizon vision, research roadmap, and global talent network.

Current phase

Vision integration, public research, and roadmap construction

Vision integration, public research, roadmap development, and preparation for a global talent network. This site publishes long-horizon plans, knowledge frameworks, and research roadmaps, not claims of achieved technical capability.

This is not a short-term commercial slogan. It is a fifty-year roadmap for capital, energy, propulsion, and organization.

Public posture

Calm, compliant, and explicit about what is not yet built

Capital language explains long-duration organization, infrastructure finance, and strategic structure. It is not a fundraising solicitation or return promise.

Technical language explains research directions, engineering paths, and long-term targets. It is not a claim of achieved hardware capability.

Platform intent

Build the public knowledge and talent layer before scaling capability

The first version exists to unify roadmap, research framing, organizational structure, and talent entry into one coherent public system.

A deeper content center, research collaboration surface, and fuller operating backend can then grow on top of that foundation.

Module 01

Energy as the Ceiling

Energy availability defines the engineering scale a civilization can sustain. Fusion is treated here as a long-term route through supply chains, critical technologies, engineering capacity, and high-load use cases.

HTS Magnets

High-field magnet path

Plasma Control

Control and diagnostics

Fusion reactor visualization from the design material
Roadmap telemetry / vision only

Module 02

Distance as the Boundary

Solar-system freedom does not begin with 1% light speed. 100-200 km/s already changes the cadence of Mars, asteroid-belt, and lunar-base missions.

30-50 km/s Generation I

For uncrewed cargo, fast deep-space probes, and propulsion-subsystem validation.

Transit: prototype

100 km/s Generation II

Begins to make Mars, asteroid-belt, and lunar-base missions more frequent.

Cadence: solar-system

200 km/s Crewed Vision

A long-term target approaching the threshold for a 10-person fusion deep-space vehicle.

Vision: 200 km/s
Abstract capital flows visualization from the design material

Capital Architecture

$10B

Long-duration organization target

Module 03

Capital as the Engine

Finance is not the destination. It is organizational capacity for energy and movement infrastructure, discussed through asset management, industry funds, strategic capital, PPAs, and infrastructure finance without fundraising solicitation.

Capital

Long-duration capital architecture

Researching how asset management, industry funds, infrastructure financing, public programs, and durable cash flows can support civilization-scale engineering.

Fusion Energy

Fusion energy roadmap

Starting from supply chains, critical subsystems, and engineering capability before approaching low-cost power in high-load zones.

Deep Space

Deep-space propulsion roadmap

Studying the path from 30-50 km/s to 100 km/s and eventually 200 km/s solar-system transport capability.

Module 03A

Why These Three Lines Must Be Seen Together

Capital provides duration and organizational capacity, fusion provides dense energy, and propulsion turns energy into movement at solar-system scale. Remove any one line and the vision breaks.

Capital

Long-duration capital architecture

This page is not fundraising, investment advice, securities offering, or return promise.

Civilization-scale engineering needs long-duration capital

Fusion Energy

Fusion energy roadmap

The long-term goal is to explore very low-cost electricity paths in specific high-load contexts.

Start from supply chains, critical technologies, and engineering capability

Deep Space

Deep-space propulsion roadmap

Solar-system freedom does not need to begin with one percent of light speed.

Why 100-200 km/s matters

Roadmap

2026-2076 roadmap preview

From knowledge foundations and capital platforms to early industrialization and solar-system transport, the roadmap remains a long-term research and engineering vision.

Explore roadmap

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

Talent Network

If you believe humanity should no longer be limited by energy scarcity and distance, we invite you to join this long-horizon initiative.

Researchers, engineers, designers, writers, translators, policy thinkers, and capital-architecture collaborators are welcome.

Join the initiative
Why long-duration capital
Why fusion energy
Why 200 km/s

Research

Knowledge Hub

Fusion Basics/6 min read

What is controlled nuclear fusion?

An engineering-minded explanation of fusion reactions, confinement, and why the field remains a long-term challenge.

Fusion Propulsion/6 min read

How are fusion power plants different from fusion engines?

Terrestrial power and space propulsion share physics foundations, but their engineering constraints diverge sharply.

Solar-System Navigation/6 min read

Why is 200 km/s a solar-system civilization threshold?

200 km/s is not science-fiction speed; it is a practical threshold for mission cadence and reach inside the solar system.