Sustainable energy solutions via novel material engineering

Optimizing germanium-silicon strain engineering for next-generation photonic integrated circuits

Ge-Si alloys photonic strain engineering integrated optics bandgap tuning semiconductor lasers

Harnessing waste-heat thermoelectrics for decentralized energy generation in urban environments

thermoelectrics waste-heat recovery decentralized energy urban sustainability material science

Attosecond spectroscopy of mechanochemical reactions in catalytic nanoreactors

attosecond science mechanochemistry catalysis ultrafast dynamics nanoreactors

Employing ruthenium interconnects for next-generation low-power quantum computing chips

ruthenium interconnects quantum computing low-power electronics chip design energy efficiency

For digital twin manufacturing via high-throughput catalyst screening of novel alloys

digital twin manufacturing high-throughput screening catalyst alloys materials science computational modeling

Uniting glacier physics with semiconductor design for novel thermal management solutions

glacier physics thermal management semiconductor cooling material science heat transfer

Enhancing quantum dot efficiency with germanium-silicon strain engineering for next-gen photovoltaics

quantum dots strain engineering photovoltaics germanium-silicon charge mobility

Via atomic precision defect engineering for room-temperature superconductivity

superconductivity defect engineering quantum materials lattice manipulation room-temperature applications

Through solvent selection engines for high-throughput organic battery electrolyte discovery

battery electrolytes solvent screening machine learning organic batteries high-throughput computation

Blending ancient Roman concrete science with carbon nanotube reinforcement techniques

ancient materials nanotechnology self-healing concrete Roman engineering composite materials

Blending ancient Roman concrete durability with carbon nanotube reinforcement

nanocomposites ancient materials structural engineering fracture mechanics sustainable construction

Enhancing solar cell efficiency through quantum dot charge trapping mechanisms

quantum dots solar cells charge trapping photovoltaics nanotechnology