Advanced materials for energy and space applications

Evaluating nuclear thermal propulsion for deep-space missions with 15-year ROI horizons

nuclear propulsion space exploration ROI analysis deep-space missions thermal efficiency

Through space-based solar power to achieve continuous renewable energy generation

space-based solar wireless power transmission orbital energy renewable infrastructure satellite arrays

For galactic rotation periods mapping dark matter distribution in spiral galaxies

galactic rotation dark matter astrophysics spiral galaxies cosmic structure

Harnessing space-based solar power for continuous terrestrial energy supply

space solar power microwave transmission laser energy orbital collectors renewable energy

Using nuclear thermal propulsion for faster interplanetary missions to the outer solar system

nuclear propulsion interplanetary travel reactor design mission efficiency radiation management

Synchronized with solar cycles for optimizing satellite communication networks

solar cycles satellite communication signal optimization space weather geomagnetic storms

Across interstellar medium conditions: simulating dust grain chemistry in protoplanetary disks

interstellar medium protoplanetary disks astrochemistry dust grains molecular simulations

For lunar base infrastructure using in-situ mycelium-based construction materials

lunar construction mycelium materials in-situ resource utilization biocomposites space architecture

Planning 22nd century legacy systems for deep-space communication networks

deep-space communication legacy systems interstellar protocols fault tolerance latency mitigation

Analyzing exoplanet atmospheres via high-resolution spectroscopy during grand solar minimum

exoplanet atmospheres grand solar minimum biosignatures spectroscopy space weather

Exoplanet atmosphere analysis via synchronized spectral mapping during stellar flare events

exoplanet atmospheres stellar flares spectral mapping composition analysis astrochemistry

For lunar base infrastructure using in-situ 3D printing with regolith composites

lunar base 3D printing regolith composites space construction in-situ resource utilization