Advanced semiconductor and nanotechnology development

Via self-assembled monolayer doping for atomically precise semiconductor surfaces

monolayer doping semiconductor surfaces dopant uniformity molecular self-assembly ion-free doping

Repurposing existing manufacturing infrastructure for scalable carbon nanotube via production

carbon nanotubes manufacturing infrastructure semiconductor fabrication interconnects scalable production

Atomic layer etching for defect-free 2nm semiconductor nodes with self-limiting reactions

atomic layer etching 2nm nodes semiconductor fabrication self-limiting reactions Moore's Law

Through back-end-of-line thermal management in 3D-stacked integrated circuits

thermal management 3D ICs back-end-of-line heat dissipation stacked transistors

Via self-assembled monolayer doping for ultra-precise semiconductor performance tuning

self-assembly semiconductor doping monolayer deposition nanotechnology precision engineering

Enhancing quantum tunneling efficiency in transition metal dichalcogenide channels via strain engineering

transition metal dichalcogenides strain engineering quantum tunneling 2D materials nanoelectronics

Via directed self-assembly of block copolymers for next-gen nanolithography

block copolymers nanolithography self-assembly semiconductor fabrication Moore's Law

Enhancing semiconductor performance via self-assembled monolayer doping for precise impurity control

monolayer doping semiconductor fabrication impurity control nanoscale engineering dopant diffusion

During RNA world transitions using gate-all-around nanosheet transistors

RNA world nanosheet transistors abiogenesis computational biology nanotechnology

For next-generation smartphone integration of quantum dot-based ambient light sensors

quantum dots ambient light sensors smartphone displays energy efficiency nanotechnology

Improving earthquake prediction via computational lithography optimizations in seismic sensor arrays

seismology computational lithography sensor arrays earthquake forecasting geophysics

Through 3D monolithic integration for next-generation photonic chips

photonic integration 3D fabrication optical computing semiconductor technology nanophotonics