Sustainable materials and green technologies

Revolutionizing lunar construction through 2030 materials development for regolith additive manufacturing

lunar regolith additive manufacturing space construction advanced materials in-situ resource utilization

Atomic layer etching of 2nm node quantum dot arrays synchronized with solar cycles

atomic layer etching quantum dots 2nm nodes solar synchronization semiconductor fabrication

Through 3D monolithic integration to achieve high-density memory and logic stacking

3D integration semiconductor stacking memory technology logic circuits miniaturization

Femtosecond laser ablation for ultra-precise material processing at nanoscale resolutions

femtosecond lasers laser ablation nanoscale processing material patterning thermal damage mitigation

Via quantum dot charge trapping for room-temperature single-photon emitters

quantum dots single-photon sources nanophotonics quantum optics charge stabilization

Ultra-low power memory devices with ferroelectric hafnium oxide at 3nm scales

neuromorphic computing thin-film materials semiconductor physics energy-efficient electronics hysteresis optimization

Directed self-assembly of block copolymers with human-in-the-loop adaptation for nanofabrication

block copolymers self-assembly nanofabrication human-in-the-loop adaptive manufacturing

Implementing hybrid bonding for chiplet integration in next-gen processors

hybrid bonding chiplet integration semiconductor packaging 3D ICs high-performance computing

Gate-all-around nanosheet transistors for sub-3nm logic node performance scaling

nanosheet transistors logic scaling Moore's Law semiconductor thermal management

Designing biodegradable electronics for sustainable medical implants using organic semiconductors

biodegradable electronics organic semiconductors medical implants sustainable technology

Developing 2030 materials for high-efficiency perovskite-silicon tandem solar cells

perovskite-silicon tandem 2030 materials solar efficiency photovoltaics material degradation

Enhancing solar cell efficiency via atomic precision defect engineering in perovskite materials

perovskite solar cells defect engineering atomic precision renewable energy photovoltaics