Research & Applications

Innovations in microelectronics materials & design

Making microelectronics more efficient and powerful through innovations in chip materials and design.
Designing, integrating, and testing electronic chiplets that interconnect heterogeneous nanomaterials to perform complementary functions.
Enabling distributed processing systems, fostering cooperation and coordination between remote platforms and paving the way for next-generation embedded systems.
Improving the density of computing elements, combining new materials to manage computation, with chip-to-chip communication across a 3D stack.
Fabricating and integrating quantum magnetometers – developing new fabrication for high temperature superconductors to provide an unprecedented level of sensitivity for localization systems in GPS denied environments.

Enabling autonomous sensors that can monitor ocean conditions, contributing to our understanding of climate change and pollution.

Developing wearable technology and new sensors to assist with medical imaging and monitoring.

Embedding internet connectivity to enable smart devices and networked applications.