Sustainable materials and green technologies

Reviving pre-Columbian metallurgical techniques via microwave-assisted synthesis of advanced alloys

archaeometallurgy microwave synthesis material science pre-Columbian technology alloy development

Ultra-low-power spin-based computing using magnetic skyrmion-based interconnects

spintronics chiral magnets nanomagnetic logic topological protection

Soil carbon sequestration optimization through biochar enhancement with microbial consortia

climate mitigation rhizosphere engineering pyrolyzed biomass carbon-negative agriculture

Scaling perovskite solar cells with plasma-enhanced atomic layer deposition for defect passivation

perovskite solar cells atomic layer deposition plasma processing thin-film defects renewable energy

Through accidental discovery pathways: serendipitous breakthroughs in high-pressure superconductivity research

superconductivity high-pressure physics serendipity materials science accidental discoveries

Engineering plastic-eating enzymes for high-efficiency polyethylene degradation

plastic degradation enzyme engineering bioremediation polyethylene synthetic biology

Through hybrid bonding for chiplet integration in next-gen computing

hybrid bonding chiplet integration semiconductor high-performance computing advanced packaging

Using gate-all-around nanosheet transistors for sub-3nm logic node scaling

gate-all-around transistors nanosheet FETs semiconductor scaling logic devices Moore's Law

Targeting protein misfolding through biochar soil enhancement for neurodegenerative disease mitigation

protein misfolding biochar soil science neurodegenerative diseases agriculture

Via plasma-enhanced atomic layer deposition for quantum dot solar cell optimization

plasma ALD quantum dots solar cells nanolayer deposition photovoltaics

Enhancing flexible electronics with transition metal dichalcogenide channels for wearable devices

transition metal dichalcogenides flexible electronics wearable technology nanomaterial conductivity stretchable circuits

Employing self-healing materials in underwater robotics for prolonged operational lifespan

self-healing materials underwater robotics marine engineering autonomous repair polymer composites