Designing self-assembling space habitats using magnetic colloidal swarms
space architecture
active matter
colloidal robotics
microgravity construction
swarm intelligence
Designing habitats with zero-gravity 3D printing for lunar surface construction
zero-gravity 3D printing
lunar construction
regolith utilization
robotic extrusion
space habitats
Sustainable lunar habitat construction using regolith additive manufacturing with in-situ resources
lunar regolith
additive manufacturing
in-situ resources
space construction
sustainable habitats
Employing biomimetic radiation shielding inspired by tardigrade DNA repair mechanisms for interplanetary travel
biomimetics
radiation shielding
tardigrade biology
space travel
DNA repair
Employing biomimetic radiation shielding inspired by extremophile organisms for deep-space missions
biomimicry
radiation shielding
extremophiles
space habitats
deep-space missions
Blending Byzantine engineering with modular space habitats for long-term orbital sustainability
Byzantine engineering
space habitats
modular design
orbital sustainability
historical engineering
Via self-assembling space habitats during impact winter scenarios on Earth
self-assembling habitats
impact winter
space refuges
modular design
disaster resilience
Employing biomimetic radiation shielding inspired by extremophile organisms
biomimetics
radiation shielding
extremophiles
space exploration
material science
Targeted NAD+ boosting during galactic cosmic ray maxima for astronaut radioprotection
space medicine
radiobiology
nicotinamide riboside
solar particle events
telomere stabilization
Revolutionizing lunar construction through 2030 materials development for regolith additive manufacturing
lunar regolith
additive manufacturing
space construction
advanced materials
in-situ resource utilization
Blending Byzantine engineering with space habitats for radiation-shielded lunar outposts
Byzantine architecture
space habitats
radiation shielding
lunar construction
historical engineering
Mycelium-based air filtration systems for deep geological time applications in closed habitats
mycelium
air filtration
closed ecosystems
deep time
bioremediation