Sustainable energy solutions via novel material engineering

For solid-state battery breakthroughs via anion-redox cathode optimization

solid-state batteries anion redox cathode materials energy storage electrochemistry

Blending ancient materials science with nanotechnology for self-healing Roman concrete analogs

ancient materials nanotechnology self-healing concrete Roman engineering sustainable construction

Military-to-civilian tech transfer in fusion energy: Adapting plasma containment coatings from hypersonic missile systems

fusion energy tech transfer plasma containment hypersonic coatings tokamak

Leveraging ferroelectric hafnium oxide for ultra-low-power non-volatile memory devices

ferroelectric memory hafnium oxide non-volatile storage low-power electronics semiconductor materials

Through accidental discovery pathways in plasma oscillation frequencies for novel materials

plasma oscillations accidental discovery material science frequency analysis novel materials

Exploring exciton diffusion lengths in organic photovoltaic materials for enhanced solar cell efficiency

exciton diffusion organic photovoltaics solar energy charge transport thin-film devices

Reaction prediction transformers for high-throughput discovery of novel inorganic catalysts

reaction prediction inorganic catalysts transformers high-throughput screening computational chemistry

Million-year nuclear waste isolation through advanced crystalline host matrices

nuclear waste crystalline matrices radiation resistance long-term storage materials science

Enhancing carbon capture efficiency via perovskite-based membranes with tunable pore structures

perovskite membranes carbon capture gas separation tunable porosity industrial decarbonization

Anticipating 22nd century needs with self-repairing perovskite solar cell technologies

perovskite solar cells self-repairing materials energy futures photovoltaics century-scale planning

Advancing room-temperature superconductors through femtosecond laser ablation techniques

superconductivity laser ablation material science quantum computing energy efficiency

Using topological insulators for ultra-low-power spintronic memory devices

topological insulators spintronics memory devices energy efficiency quantum materials