Sustainable energy solutions via novel material engineering

Modeling neural networks with phase-change material synapses for energy-efficient neuromorphic computing

neuromorphic computing phase-change materials artificial synapses energy efficiency memristors

Reengineering Renaissance designs with modern materials for sustainable architecture

biomimetic materials sustainable architecture historical engineering structural optimization cultural preservation

Automated synthesis of rare-earth doped nanoparticles with flow chemistry robots

flow chemistry nanomaterials synthesis rare-earth doping automated reactors upconversion phosphors

Through quantum dot charge trapping in next-generation photovoltaics

quantum dots photovoltaics charge trapping solar energy nanomaterials

Exploring exciton diffusion lengths in perovskite solar cells for enhanced energy conversion

exciton diffusion perovskite solar cells energy conversion photovoltaics charge transport

Employing ruthenium interconnects for next-generation semiconductor energy efficiency

ruthenium interconnects semiconductor scaling energy-efficient computing advanced metallization chip design

Connecting medieval alchemy with materials discovery for novel catalysts

medieval alchemy catalyst discovery materials science historical methods chemical synthesis

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

ferroelectric materials hafnium oxide non-volatile memory energy efficiency semiconductor technology

Employing retrieval-augmented generation to accelerate materials discovery for solid-state batteries

retrieval-augmented generation AI materials discovery solid-state batteries electrolyte design machine learning

Optimizing waste-heat thermoelectrics for lunar regolith additive manufacturing systems

waste-heat recovery thermoelectrics lunar regolith additive manufacturing space technology

Evaluating 10,000-year material stability of nuclear waste containment ceramics under deep geological conditions

nuclear waste material degradation ceramic composites geological storage long-term stability

Enhancing quantum dot stability through plasma-enhanced atomic layer deposition

quantum dots plasma-enhanced ALD optoelectronics nanocoating stability