Sustainable materials and green technologies

Targeting plastic-eating enzymes for high-efficiency polyethylene degradation

plastic degradation enzyme engineering polyethylene bioremediation synthetic biology

Via self-assembled monolayer doping for atomically precise semiconductor surfaces

monolayer doping semiconductor surfaces dopant uniformity molecular self-assembly ion-free doping

Atomic layer etching for defect-free 2nm semiconductor nodes with self-limiting reactions

atomic layer etching 2nm nodes semiconductor fabrication self-limiting reactions Moore's Law

Through back-end-of-line thermal management in 3D-stacked integrated circuits

thermal management 3D ICs back-end-of-line heat dissipation stacked transistors

During solar proton events: Shielding strategies for interplanetary spacecraft electronics

solar proton events radiation shielding space electronics particle flux spacecraft hardening

Accelerating solid-state battery commercialization via sulfide-based electrolyte optimization

solid-state batteries sulfide electrolytes ionic conductivity energy storage battery degradation

Connecting medieval alchemy with modern high-entropy alloy discovery

alchemy high-entropy alloys materials science metallurgy historical inspiration

Synthesizing high-entropy alloys via microwave-assisted combustion for extreme environments

microwave synthesis high-entropy alloys extreme environments combustion synthesis material science

Via self-assembled monolayer doping for ultra-precise semiconductor performance tuning

self-assembly semiconductor doping monolayer deposition nanotechnology precision engineering

Connecting medieval alchemy with materials discovery to uncover forgotten synthetic pathways

alchemy materials science historical chemistry synthetic pathways ancient knowledge

Enhancing quantum tunneling efficiency in transition metal dichalcogenide channels via strain engineering

transition metal dichalcogenides strain engineering quantum tunneling 2D materials nanoelectronics

Via directed self-assembly of block copolymers for next-gen nanolithography

block copolymers nanolithography self-assembly semiconductor fabrication Moore's Law