Sustainable materials and green technologies

Optimizing nuclear thermal propulsion for fast interplanetary missions to Mars and beyond

nuclear thermal propulsion interplanetary travel Mars missions spacecraft efficiency propulsion technology

Optimizing redox flow battery performance via advanced electrolyte formulations and flow dynamics

redox flow batteries electrolyte optimization energy storage flow dynamics renewable energy

Through 2030 materials development for self-healing perovskite solar cells

perovskites solar cells self-healing renewable energy material science

Enhancing semiconductor performance via self-assembled monolayer doping for precise impurity control

monolayer doping semiconductor fabrication impurity control nanoscale engineering dopant diffusion

Optimizing lunar base infrastructure for radiation shielding using locally sourced regolith materials

lunar regolith radiation shielding habitat construction space architecture material science

Using cold spray additive techniques to repair high-temperature aerospace components in situ

cold spray additive manufacturing aerospace repair in-situ maintenance high-temperature materials deposition techniques

Through back-end-of-line thermal management to enable 3D-stacked neuromorphic processor scaling

back-end-of-line cooling 3D integration neuromorphic processors thermal management chip scaling

Catalyst discovery algorithms for petapascal pressure regime reactions

high-pressure chemistry catalyst discovery machine learning petapascal regimes reaction optimization

For next-generation smartphone integration of quantum dot-based ambient light sensors

quantum dots ambient light sensors smartphone displays energy efficiency nanotechnology

Optimizing redox flow battery efficiency through novel electrolyte formulations

redox flow battery electrolyte optimization energy storage renewable integration grid-scale

Designing million-year nuclear waste isolation systems with self-healing materials

nuclear waste self-healing materials geological storage radiation resistance long-term isolation

Reengineering Renaissance designs using cold spray additive manufacturing techniques

additive manufacturing Renaissance engineering cold spray historical replication material science