Sustainable energy solutions via novel material engineering

Designing self-healing polymers considering 10,000-year material stability for deep geological repositories

self-healing materials nuclear waste polymer stability geological storage longevity

Quantum dot charge trapping for ultra-stable perovskite solar cells

quantum dots perovskite stability charge trapping solar energy nanomaterial interfaces

Optimizing carbon capture efficiency through mechanochemical reactions in porous materials

carbon capture mechanochemistry porous materials CO2 conversion sustainable engineering

Optimizing perovskite-silicon tandem cells for desert solar farms under extreme UV exposure

perovskite-silicon tandem solar farm durability UV degradation protective coatings desert energy

Using reaction prediction transformers to accelerate discovery of novel catalytic materials

reaction prediction transformers catalysis AI-driven chemistry sustainable materials

Exploring 2023 breakthroughs in quantum dot charge trapping for ultra-efficient solar cells

quantum dots solar energy charge trapping photovoltaics nanomaterials

Optimizing spin relaxation timescales in perovskite quantum dots for quantum computing

spin relaxation perovskite quantum dots qubit coherence quantum computing material defects

Optimizing hydrogen storage capacity in metal-organic frameworks through ligand functionalization

hydrogen storage metal-organic frameworks ligand design adsorption capacity clean energy

Using topological insulators for spintronics to revolutionize low-energy computing

topological insulators spintronics quantum materials low-energy computing electron spin

Optimizing carbon sequestration in urban environments via perovskite-based capture membranes

perovskite carbon capture urban sustainability emissions reduction membrane technology

Phase-change material synapses for energy-efficient deep learning in edge devices

phase-change materials energy efficiency edge computing deep learning neuromorphic engineering

Optimizing perovskite-silicon tandem cells for next-generation smartphone integration

perovskite silicon tandem smartphone solar energy harvesting photovoltaic efficiency