Silver
STARFUEL
Let's fly a nanospacecraft to the stars
VILA VELHA, Espírito Santo
Startup
Description
Starfuel: A Vision of Advanced Propulsion and Robotic Autonomy
1. Starfuel is a visionary concept for interstellar travel using advanced fusion propulsion reducing the cost in 90%.
2. It leverages deuterium-tritium (D-T) inertial fusion ignition at nanoscale.
3. The system uses hot plasma-generated holography for real-time control and diagnostics.
4. Each nano-reactor produces high-efficiency thrust capable of accelerating probes to <0.5c.
5. Propulsion is guided by an AI core with phase-encoded memory, enabling autonomous decision-making.
6. Navigation relies on a photonic-eye system, inspired by biological vision and quantum optics.
7. Communication uses quantum entanglement-based protocols for secure, deep-space data exchange.
8. Designed for nano-spacecraft, the system enables swarm-based exploration of nearby star systems.
9. Mission target: Alpha Centauri, reachable within ~12 years at relativistic speeds.
10. The reactor integrates magnetic nozzles, onboard power recovery, and adaptive learning.
11. Starfuel merges plasma physics, AI, and quantum communication into a unified mission stack.
12. Inspired by early work on holographic plasma control program and holographic plasma lenses.
13. Starfuel: it’s a roadmap for humanity’s next leap into the cosmos.
Starfuel: Igniting the Future of Space Exploration
1. Starfuel is a visionary concept for interstellar travel using advanced fusion propulsion reducing the cost in 90%.
2. It leverages deuterium-tritium (D-T) inertial fusion ignition at nanoscale.
3. The system uses hot plasma-generated holography for real-time control and diagnostics.
4. Each nano-reactor produces high-efficiency thrust capable of accelerating probes to <0.5c.
5. Propulsion is guided by an AI core with phase-encoded memory, enabling autonomous decision-making.
6. Navigation relies on a photonic-eye system, inspired by biological vision and quantum optics.
7. Communication uses quantum entanglement-based protocols for secure, deep-space data exchange.
8. Designed for nano-spacecraft, the system enables swarm-based exploration of nearby star systems.
9. Mission target: Alpha Centauri, reachable within ~12 years at relativistic speeds.
10. The reactor integrates magnetic nozzles, onboard power recovery, and adaptive learning.
11. Starfuel merges plasma physics, AI, and quantum communication into a unified mission stack.
12. Inspired by early work on holographic plasma control program and holographic plasma lenses.
13. Starfuel: it’s a roadmap for humanity’s next leap into the cosmos.
Starfuel: Igniting the Future of Space Exploration
Technologies
Application fields
Space activities
- Development of space artifacts on national territory
- Development of space artifacts abroad with Brazilian entity participation
- Development of space artifacts commissioned by Brazilian entity
- Exploration of celestial bodies
- Exploration of space resources
- Operation of equipment and systems for operation, data transception, monitoring and surveillance of space artifacts
- Services to extend satellite useful life
- Space debris removal