Sustainable energy solutions via novel material engineering

Ferroelectric hafnium oxide for ultra-low-power computing in attojoule energy regimes

ferroelectric materials hafnium oxide low-power computing attojoule electronics semiconductor technology

Blending ancient Roman concrete formulations with carbon nanotube reinforcement for ultra-durable infrastructure

Roman concrete carbon nanotubes durable infrastructure ancient materials nanocomposites

Optimizing hydrogen storage in metal-organic frameworks through quantum annealing computational methods

hydrogen storage metal-organic frameworks quantum annealing energy materials computational chemistry

Reimagining Victorian-era inventions with modern materials for energy-efficient applications

Victorian technology material science energy efficiency historical engineering modern adaptations

At petapascal pressure regimes, synthesizing metastable superconducting hydrides

petapascal physics superconducting hydrides high-pressure synthesis metastable materials quantum materials

Employing germanium-silicon strain engineering for near-infrared optoelectronic devices

strain engineering germanium-silicon alloys near-infrared optoelectronics bandgap tuning semiconductor devices

Preparing for 2032 processor nodes using carbon nanotube vias

carbon nanotubes processor nodes semiconductor scaling interconnects Moore's Law

Through stellar nucleosynthesis cycles using waste-heat thermoelectrics

nucleosynthesis thermoelectrics waste heat recovery astrophysics material science

Employing ruthenium interconnects during circadian rhythm minima for low-power computing

ruthenium interconnects circadian rhythms low-power computing neuromorphic engineering energy efficiency

Enhancing battery longevity through 3D monolithic integration of solid-state electrolytes

solid-state batteries 3D integration energy storage electrolyte design longevity

For 2050 carbon neutrality: scalable perovskite solar cell recycling methods

perovskite solar cells carbon neutrality material recycling sustainable energy 2050 targets

At plasma oscillation frequencies: enhancing fusion confinement with metamaterials

plasma oscillations fusion energy metamaterials tokamak confinement wave manipulation