Bio-inspired materials for space and environmental resilience

Employing biomimetic radiation shielding for long-duration human spaceflight missions

biomimetic shielding space radiation extremophiles astronaut safety adaptive materials

Synthesizing future-historical approaches to predict impact winter agricultural resilience

impact winter agriculture paleoclimate analogs crop resilience modeling solar dimming adaptation historical-future synthesis

With ocean iron fertilization monitoring via autonomous CRISPR-based biosensors

ocean fertilization CRISPR biosensors biogeochemical cycling marine ecology autonomous monitoring

Designing fault-tolerant quantum memory with topological insulator interfaces

topological insulators quantum memory fault tolerance spintronics qubit stability

Optimizing neutrino detection through doped water Cherenkov detectors

neutrino physics Cherenkov radiation detector materials particle physics scintillation

Through Snowball Earth episodes and their impact on early multicellular life

Snowball Earth Neoproterozoic multicellular life glaciation paleobiology

Stabilizing Arctic permafrost using bioengineered microbial communities to reduce methane emissions

Arctic permafrost microbial engineering methane mitigation climate stabilization bioengineering

Using nuclear thermal propulsion for rapid interplanetary transit missions by 2040

nuclear propulsion interplanetary travel spacecraft design radiation shielding mission architecture

Using 2D material heterostructures for ultra-efficient photodetection in deep-space telescopes

2D materials photodetectors space telescopes graphene heterostructures

Paleomagnetic reversals as a proxy for ancient climate change patterns

paleomagnetism climate proxies geomagnetic reversals Earth history sediment analysis

For lunar base infrastructure: self-healing biopolymers reinforced with regolith microparticles

space materials biopolymer composites regolith utilization self-repairing structures extraterrestrial construction

Enhancing coral reef electro-accretion techniques for rapid coastal restoration by 2100

coral electro-accretion coastal restoration marine conservation climate adaptation reef engineering