Sustainable energy solutions via novel material engineering

Via perovskite-based carbon capture membranes for industrial flue gas purification

perovskite membranes carbon capture flue gas separation industrial decarbonization material science

Reimagining Victorian-era inventions with metamaterial-enhanced steam engines

Victorian technology metamaterials steam engines noise reduction historical engineering

Solvent-free processing of perovskite films for scalable solar cell production

perovskite solar cells solvent-free processing thin-film deposition green manufacturing photovoltaics

With perovskite-silicon tandem cells focusing on 2020s breakthroughs in solar efficiency

perovskite-silicon tandem solar efficiency photovoltaic breakthroughs renewable energy hybrid cells

Optimizing carbon capture efficiency via high-throughput catalyst screening and machine learning

carbon capture high-throughput screening machine learning catalyst optimization CO2 conversion

Through quantum dot charge trapping to create ultra-stable perovskite solar cells

quantum dots perovskite solar cells charge trapping energy storage material degradation

Understudied applications of fungal mycelium networks in fusion reactor insulation

mycelium fusion power biomaterials understudied applications reactor insulation

Nanoscale mixing techniques for high-efficiency perovskite solar cell fabrication

perovskite solar cells nanofabrication solution processing renewable energy material science

Designing self-healing polymers for planning post-2100 nuclear waste storage solutions

self-healing polymers nuclear waste storage material degradation long-term containment radiation resistance

Using military-to-civilian tech transfer to improve waste-heat thermoelectrics for urban energy harvesting

thermoelectrics waste-heat recovery energy harvesting military tech transfer sustainable cities

Through sim-to-real transfer: Using currently available materials for low-cost fusion reactor shielding

fusion reactors sim-to-real material science radiation shielding cost reduction

Through quantum dot charge trapping for high-efficiency perovskite solar cells

quantum dots perovskite solar cells charge trapping photovoltaics energy conversion