Advanced semiconductor and nanotechnology development

Using atomic layer etching for 2nm nodes in III-V semiconductor fabrication

semiconductor processing atomic layer etching III-V materials transistor scaling nanofabrication

Through hybrid bonding for chiplet integration in next-gen computing architectures

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

Josephson junction frequency standards for lights-out production in semiconductor fabs

Josephson junctions semiconductor manufacturing metrology automation quantum standards

Directed self-assembly of block copolymers for 2025 cost reduction targets in semiconductor manufacturing

block copolymers semiconductor cost reduction self-assembly nanotechnology

Employing silicon photonics co-integration for high-speed optical interconnects in data centers

silicon photonics optical interconnects data centers energy efficiency co-integration

Through quantum dot charge trapping for ultra-high-density data storage solutions

quantum dots charge trapping data storage nanotechnology high-density memory

Employing silicon photonics co-integration to overcome bandwidth bottlenecks in quantum memory arrays

quantum computing optical interconnects CMOS integration cryogenic photonics error correction

Using gate-all-around nanosheet transistors for ultra-low-power computing in edge devices

nanosheet transistors edge computing low-power design semiconductor technology IoT

Employing germanium-silicon strain engineering to enhance hole mobility in advanced CMOS nodes

strain engineering germanium-silicon CMOS hole mobility semiconductor materials

Through hybrid bonding for chiplet integration at picometer precision

hybrid bonding chiplet integration picometer precision semiconductor packaging 3D ICs

Implementing collaborative robot cells with carbon nanotube vias for 2032 processor manufacturing

carbon nanotube vias collaborative robots semiconductor manufacturing processor nodes nanoscale assembly

Through EUV mask defect mitigation with machine learning-driven nanoscale repair protocols

EUV lithography mask defects machine learning nanoscale repair semiconductor fabrication