Advanced semiconductor and nanotechnology development

Designing self-heating mitigation strategies for 3nm semiconductor nodes using mechanochemical reactions

semiconductor cooling mechanochemistry thermal management nanofabrication Moore's Law

Enhancing semiconductor performance through self-assembled monolayer doping for nanoelectronics

monolayer doping semiconductors nanoelectronics surface chemistry device performance

Via directed self-assembly of block copolymers for sub-5nm semiconductor patterning

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

In single-molecule systems for ultra-high-density molecular data storage

single-molecule systems data storage nanotechnology molecular electronics high-density memory

Through smart metrology integration in nanoscale semiconductor fabrication

metrology semiconductors nanotechnology quality control Industry 4.0

Via computational lithography optimizations to extend EUV patterning limits

computational lithography EUV semiconductor manufacturing patterning algorithms nanofabrication

Self-assembled monolayer doping techniques for ultra-scaled silicon photonic devices

monolayer doping silicon photonics nanofabrication semiconductor devices self-assembly

Through EUV mask defect mitigation during gravitational wave periods

EUV lithography mask defects gravitational waves semiconductor fabrication metrology

Using gate-all-around nanosheet transistors in femtoliter volumes

nanosheet transistors femtoliter tech bioelectronics cellular interfaces nanofabrication

Combining glacier physics with semiconductor design to improve thermal management in microchips

glacier physics semiconductor thermal management microchip cooling interdisciplinary design heat dissipation

Through back-end-of-line thermal management for next-generation 3D chip stacking

thermal vias microfluidic cooling interlayer heat dissipation 3D ICs

Via computational lithography optimizations for 2032 processor nodes with neural OPC correction

EUV patterning inverse design yield enhancement