Advanced materials for sustainable energy solutions

High-throughput catalyst screening for sustainable ammonia synthesis via renewable energy

electrocatalysis ammonia synthesis high-throughput screening renewable energy reaction optimization

For 2060 fusion power integration with smart grid resilience

fusion energy smart grids power stability renewable integration plasma disruptions

Boosting solar efficiency with perovskite-silicon tandem cells under real-world irradiance conditions

perovskite-silicon tandem cells solar efficiency photovoltaics renewable energy irradiance testing

For 2060 fusion power integration through superconducting tokamak advancements

fusion power tokamak reactors superconducting magnets energy commercialization plasma confinement

Optimizing perovskite tandem solar cells for 2024-2026 deployment in urban environments

perovskite tandem cells urban solar scalability stability renewable energy

Optimizing hydrogen fuel production via microwave-assisted synthesis with 2025 cost reduction targets

hydrogen fuel microwave synthesis cost reduction renewable energy 2025 targets

Synchronized with solar cycles for ultra-durable perovskite solar cell coatings

perovskite solar cells solar cycles durable coatings renewable energy adaptive materials

Using hydrogen storage metal-organic frameworks for grid-scale renewable energy buffering

metal-organic frameworks hydrogen storage renewable energy grid stability adsorption kinetics

Optimizing perovskite-based carbon capture membranes via microwave-assisted synthesis for industrial scalability

perovskite carbon capture microwave synthesis industrial scaling gas separation

Optimizing fusion power integration for 2060 energy grids with modular reactor designs

fusion energy modular reactors grid integration 2060 infrastructure plasma containment

Spanning tectonic plate movements to predict deep-earth mineral deposits

tectonic plates mineral exploration rare-earth elements geodynamic modeling resource prediction

Optimizing hydrogen storage efficiency using metal-organic frameworks with high surface area

hydrogen storage metal-organic frameworks adsorption clean energy porous materials