Advanced semiconductor and nanotechnology development

Preparing for 2032 processor nodes with back-end-of-line thermal management innovations

semiconductor scaling thermal management processor nodes heat dissipation 2032 technology

Employing germanium-silicon strain engineering to optimize next-generation photonic integrated circuits

germanium-silicon strain engineering photonic circuits bandgap tuning semiconductor materials

Via backside power delivery networks for 3D integrated circuit performance optimization

3D ICs power delivery networks semiconductor design backside power chip scaling

Via computational lithography optimizations for next-generation semiconductor patterning

inverse lithography photomask correction semiconductor scaling edge placement error deep learning

With real-time crystallization control for next-generation semiconductor fabrication

crystallization control semiconductors nanofabrication real-time monitoring thin-film growth

Via backside power delivery networks to enhance next-generation semiconductor performance

backside power semiconductor design energy efficiency chip architecture integrated circuits

Optimizing carbon nanotube vias for high-frequency integrated circuits in 2025

carbon nanotubes interconnects high-frequency circuits thermal management semiconductor

Using atomic layer etching for 2nm nodes in quantum dot fabrication

atomic layer etching quantum dots 2nm nodes nanofabrication semiconductor manufacturing

Optimizing self-heating mitigation strategies in 3nm semiconductor nodes for high-performance computing

3nm nodes self-heating thermal management semiconductor reliability high-performance computing

Optimizing attojoule energy regimes for nanoscale quantum computing systems

attojoule quantum computing nanoscale energy efficiency qubits

EUV mask defect mitigation through atomic precision engineering for next-gen semiconductor lithography

EUV lithography mask defects atomic precision semiconductors nanofabrication

Via computational lithography optimizations for next-generation semiconductor manufacturing

computational lithography semiconductor manufacturing nanofabrication chip design optimization