Gallium oxide semiconductor wafers and substrates for high end power and photonic applications
Creating advanced lightweight composites intended to replace metals in high-performance applications
Using AI to unlock the brain’s full potential by processing continuous data
Developing an advanced semiconductor timing solution for wireless and IOT devices
Highly efficient carbon capture and hydrogen storage capability, using revolutionary advanced nano-materials
Creating cost effective, high performance diamond materials for advanced applications
Designing semiconductors that enable the power of AI across wearables and smartphones
Producing utility-scale, long duration energy storage using safe, abundant and recyclable materials
Designing and building advanced propulsion systems for the next generation of aerospace engines
Building software to increase the utility and availability of quantum computing
Flexible batteries that will revolutionize energy storage and electronics design
Thin and flexible semi-conductors with advanced system-level packaging that will help extend Moore’s Law
Enhanced threat-informed cyber security to better assess, organize and optimize cyber defenses
Enabling cost effective and environmentally friendly lithium batteries by applying advanced chemical processes
Deploying world-leading, trusted AI to solve complex problems and provide unparalleled intelligence
Providing software supply chain assurance in an open-source world
Leveraging AI and Blockchain technology to orchestrate satellite constellations
Building a unique and truly reusable orbital aerospace vehicle
Leveraging the unique properties of diamonds to create ambient Quantum computing
Designing and building data management and processing systems in Space
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