Advanced materials for sustainable technologies

Employing electrocatalytic CO2 conversion with single-atom alloy nanoparticles for sustainable fuels

electrocatalysis CO2 reduction single-atom alloys sustainable energy hydrocarbon synthesis

Enhancing carbon capture efficiency through piezoelectric rain enhancement in urban areas

piezoelectric carbon capture urban climate rain enhancement sustainability

Employing flow chemistry robots to accelerate electrocatalytic CO2 conversion catalyst discovery

continuous flow chemistry electrocatalysis carbon utilization high-throughput experimentation molecular catalysts

Targeting plastic-eating enzyme evolution with collaborative robot cells for waste bioremediation

enzymatic degradation synthetic biology swarm robotics polymer waste directed evolution

Using explainability through disentanglement in deep learning for medical diagnostics

explainable AI disentanglement medical diagnostics deep learning interpretability

Achieving 2050 carbon neutrality via directed self-assembly of block copolymer materials

block copolymers directed self-assembly carbon neutrality nanomaterials sustainability

Employing catalyst discovery algorithms for sustainable ammonia synthesis at low pressure

catalyst discovery ammonia synthesis low-pressure catalysis sustainable chemistry machine learning

Dynamic token routing in decentralized networks for resilient IoT communication

token routing decentralized networks IoT resilience adaptive algorithms distributed systems

Enhancing enzymatic polymerization via photoredox chemistry for sustainable material synthesis

enzymatic polymerization photoredox chemistry sustainable materials catalysis green chemistry

Optimizing megacity-scale wastewater treatment through femtosecond laser ablation of contaminants

femtosecond lasers wastewater treatment pollutant degradation urban sustainability laser chemistry

Integrating coral reef ecology with 3D-printed artificial habitats for coastal restoration

coral restoration 3D printing biomimicry marine conservation habitat engineering

Designing self-healing concrete for megacity-scale solutions with 100-year maintenance cycles

self-healing concrete urban resilience material science autonomous repair megacities