Sustainable materials and green technologies

Bridging fundamental and applied research in military-to-civilian tech transfer for quantum sensors

quantum entanglement cold atoms inertial guidance spin-based sensors dual-use technology

For solid-state battery breakthroughs using sulfide-based electrolytes

solid-state batteries sulfide electrolytes energy storage conductivity stability

In attojoule energy regimes for ultra-low-power quantum sensor networks

attojoule energy quantum sensors low-power devices precision measurement quantum networks

Enhancing quantum dot performance via atomic precision defect engineering in semiconductor lattices

quantum dots defect engineering semiconductors optoelectronics atomic precision

Optimizing enzymatic polymerization for biodegradable plastic production under ambient conditions

enzymatic polymerization biodegradable plastics ambient conditions sustainable materials polymer catalysis

Through hybrid bonding for chiplet integration in next-gen semiconductor packaging

hybrid bonding chiplets 3D integration semiconductor packaging interconnect density

With zero-gravity 3D printing of metastable alloy structures in orbital labs

microgravity manufacturing additive manufacturing metastable alloys space fabrication containerless solidification

For lunar base infrastructure: 3D printing with regolith-based self-healing polymers

lunar regolith self-healing polymers 3D printing space infrastructure radiation shielding

Using hydrogen storage metal-organic frameworks for regenerative fuel cell applications

metal-organic frameworks hydrogen storage regenerative fuel cells renewable energy materials science

Enhancing solar cell efficiency through germanium-silicon strain engineering at plasma oscillation frequencies

solar cells strain engineering germanium-silicon plasma oscillations heterostructures

Targeting plastic-eating enzymes for scalable waste degradation with solvent-free processing

plastic degradation enzymes solvent-free waste management bioremediation

Enhancing perovskite-silicon tandem solar cells with ruthenium interconnects for 50-year durability

perovskite-silicon tandem cells ruthenium interconnects solar durability photovoltaic efficiency material science