Quantum computing and next-generation electronics

Optimizing chiplet integration through hybrid bonding for next-gen processors

hybrid bonding chiplets semiconductor packaging 3D integration heterogeneous computing

Developing silicon photonics co-integration for next-generation optical computing architectures

silicon photonics optical computing co-integration AI hardware bandwidth optimization

Bridging fundamental and applied research in topological insulators for next-gen spintronics devices

topological insulators spintronics quantum materials device fabrication spin transport

Optimizing backside power delivery networks for next-generation 3D integrated circuits

3D ICs power delivery thermal management interconnects semiconductor scaling

Using topological insulators for energy-efficient spintronic memory devices

topological insulators spintronics memory devices energy efficiency quantum materials

Exploring ferroelectric hafnium oxide for non-volatile memory in extreme temperature environments

ferroelectric memory hafnium oxide extreme temperatures non-volatile storage material stability

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

Harnessing topological insulators for low-power spintronics at terahertz oscillation frequencies

topological insulators spintronics terahertz frequencies quantum materials energy-efficient computing

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

carbon nanotubes interconnects high-frequency circuits thermal management semiconductor

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

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

With ferroelectric hafnium oxide for next-generation non-volatile memory

ferroelectric materials hafnium oxide non-volatile memory data storage nanotechnology