Advanced semiconductor and nanotechnology development

Advancing quantum error correction via self-assembled monolayer doping in silicon qubits

quantum computing error correction monolayer doping silicon qubits coherence

RNA world transitions accelerated by computational lithography-optimized peptide nucleic acid arrays

RNA world computational lithography peptide nucleic acids prebiotic chemistry molecular replication

Employing ruthenium interconnects for sub-1nm semiconductor node reliability enhancement

ruthenium interconnects semiconductor scaling electromigration advanced nodes chip reliability

Preparing for 2032 processor nodes through 3D monolithic integration of quantum dots

quantum dots 3D integration processor nodes quantum computing monolithic stacking

Optimizing photomask designs via computational lithography for 3nm node manufacturing

computational lithography EUV photomask optimization 3nm node semiconductor manufacturing

Hybrid bonding techniques for chiplet integration in next-generation GPUs

hybrid bonding chiplet integration GPU design 3D packaging interconnects

Mitigating self-heating effects in 3nm semiconductor nodes using diamond heat spreaders

3nm nodes diamond heat spreaders transistor cooling semiconductor reliability thermal management

Uniting glacier physics with semiconductor design for next-gen thermal management

glacier physics semiconductors thermal management electronics cooling biomimicry

Engineering ultra-precise semiconductor interfaces via self-assembled monolayer doping techniques

self-assembled monolayers semiconductor doping nanoscale engineering surface chemistry electronic materials

Ferroelectric hafnium oxide for ultra-low-power computing in attojoule energy regimes

ferroelectric materials hafnium oxide low-power computing attojoule electronics semiconductor technology

Optimizing quantum computing performance using germanium-silicon strain engineering

quantum computing strain engineering germanium-silicon qubit coherence semiconductor physics

Employing germanium-silicon strain engineering for near-infrared optoelectronic devices

strain engineering germanium-silicon alloys near-infrared optoelectronics bandgap tuning semiconductor devices