Space exploration and extraterrestrial resource utilization technologies

Through space-based solar power: achieving global energy independence by 2050

space solar power renewable energy satellite arrays beam transmission 2050 energy goals

Nuclear thermal propulsion for crewed Mars missions with in-situ hydrogen propellant production

nuclear thermal propulsion Mars missions in-situ propellant hydrogen production space exploration

For asteroid mining via self-replicating robotic swarms with 3-year commercialization paths

space resources self-replicating systems robotic swarms in-situ utilization

For asteroid mining: robotic swarms with picometer precision for rare-earth extraction

asteroid mining robotic swarms picometer precision rare-earth elements space resources

Combining two unrelated fields: Lunar regolith additive manufacturing using fungal mycelium binders

space construction mycomaterials in-situ resource utilization additive manufacturing astromycology

Harnessing in-situ water ice for sustainable Martian agriculture using extremophile bioengineering

in-situ resource utilization extremophiles Martian agriculture bioengineering closed-loop systems

Reducing 2025 spacecraft propulsion costs through reusable ionic liquid fuels

spacecraft propulsion ionic liquids cost reduction reusable fuels space technology

For lunar regolith additive manufacturing using microwave-assisted sintering techniques

lunar regolith additive manufacturing microwave sintering in-situ resource utilization space construction

Blockchain-secured supply chains for rare earth minerals in planetary-scale engineering projects

blockchain rare earth minerals supply chain planetary engineering resource management

Extracting rare earth elements through asteroid spectral mining for sustainable resource utilization

asteroid mining rare earth elements spectral analysis space resources sustainability

With in-situ water ice utilization for self-sustaining lunar agriculture systems

lunar agriculture in-situ resource utilization water ice space farming bioregenerative systems

With in-situ water ice utilization for Martian agriculture systems

Martian agriculture in-situ resources water ice space farming hydroponics