Bio-inspired materials for space and environmental resilience

Tracing panspermia timescales through asteroid spectral mining of organic compounds

panspermia asteroid mining organic molecules astrochemistry interplanetary transfer

Employing biomimetic radiation shielding inspired by tardigrade extremotolerance mechanisms

astrobiology radioprotective materials extremophile biomimicry space habitats DNA repair mechanisms

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

space construction mycomaterials in-situ resource utilization additive manufacturing astromycology

Developing 10,000-year stable data storage using etched sapphire plates and laser encoding

long-term storage sapphire etching data preservation laser encoding archival stability

Optimizing quantum coherence in Josephson junctions for high-frequency superconducting circuits

Josephson junctions quantum coherence superconducting circuits microwave frequencies decoherence

Atomic precision defect engineering in diamond lattices for room-temperature quantum memory applications

defect engineering diamond lattices quantum memory spin qubits room-temperature operation

Femtosecond laser ablation at nanoradian angular precision for exoplanet atmosphere sampling probes

femtosecond lasers exoplanet research angular precision ablation sampling interstellar probes

Employing silicon photonics co-integration for next-generation quantum computing architectures

silicon photonics quantum computing co-integration scalability photonic circuits

During galactic cosmic ray maxima: shielding strategies for interplanetary missions

galactic cosmic rays space radiation shielding interplanetary travel astronaut safety solar maxima

Probing organic molecule formation across interstellar medium conditions

astrochemistry interstellar medium organic molecules cosmic dust radiation chemistry

Employing self-healing materials for spacecraft shielding against micrometeoroid impacts

self-healing polymers space debris micrometeoroid protection composite materials orbital engineering

Developing glacier-stabilizing nanomaterials infused with radiative cooling properties

cryo-preservation plasmonic nanoparticles ice nucleation climate intervention material science