Sustainable materials and green technologies

Mitigating self-heating effects in 3nm semiconductor nodes through advanced thermal materials

3nm nodes self-heating mitigation thermal management semiconductor cooling nanoelectronics

Optimizing quantum dot synthesis in femtoliter volumes for scalable quantum computing

quantum dots femtoliter synthesis qubit fabrication scalable quantum computing nanoscale chemistry

Controlling spin currents with topological insulators for low-energy spintronic devices

topological insulators spintronics spin currents energy-efficient computing quantum materials

Through EUV mask defect mitigation in yoctogram mass measurements

EUV lithography mask defects yoctogram mass spectrometry nanofabrication

Enabling exascale system integration through nanoscale mixing of phase-change memory materials

exascale computing thermal interface materials phase-change memory nanocomposites HPC integration

Optimizing atomic layer etching for 2nm semiconductor nodes with plasma precision control

atomic layer etching 2nm nodes plasma control semiconductor fabrication precision etching

Using cold spray additive techniques for high-strength aerospace component repairs

cold spray additive aerospace repairs high-strength components additive manufacturing component reinforcement

Projecting 2040 applications of nuclear thermal propulsion for interplanetary travel

space propulsion nuclear reactors Mars colonization mission design thermal rockets

At picometer precision: Sim-to-real transfer for next-generation atomic-scale fabrication

picometer precision sim-to-real transfer atomic fabrication nanomanufacturing AI training

Investigating self-heating mitigation strategies in 3nm semiconductor nodes for improved thermal management

semiconductor thermal management 3nm nodes self-heating mitigation transistor reliability advanced cooling

Via self-supervised curriculum learning in robotic material discovery

autonomous research active learning materials informatics robotics nanotechnology

For biodegradable electronics using protein-based semiconductors and edible substrates

biodegradable electronics protein semiconductors e-waste reduction green technology transient electronics