Atomfair Brainwave Hub: SciBase II / Renewable Energy and Sustainability / Sustainable energy solutions via novel material engineering

Sustainable energy solutions via novel material engineering

Showing 193-204 of 409 articles

Employing ruthenium interconnects for next-generation smartphone integration to reduce power consumption

Harnessing waste-heat thermoelectrics for industrial energy recovery systems

Employing silicon photonics co-integration with ferroelectric hafnium oxide for low-power optoelectronic devices

Blending ancient materials science with nanotechnology for sustainable high-performance composites

Engineering self-assembled monolayers for ultra-shallow junction doping in photovoltaics

Reimagining Victorian-era inventions with modern nanomaterials for sustainable energy solutions

Optimizing hydrogen fuel production via machine learning catalyst discovery algorithms

Planning post-2100 nuclear waste storage with self-healing geopolymer composites

Via predictive maintenance AI in fusion reactor plasma-facing components

Enhancing exciton diffusion lengths in organic photovoltaics with molecular engineering

Enhancing solid-state battery performance through ferroelectric hafnium oxide interfaces

Optimizing perovskite-silicon tandem cells for next-generation high-efficiency photovoltaic systems