Building the world’s first Optimization Processing Unit to help unlock solutions to some of society’s most profound problems.

Developing a chemical reactor driven by light instead of heat enabling cheaper, modular, scalable on-site production of chemicals.

A new approach to curing neurological diseases using mitochondrial-based therapies.

Building ultra-efficient molecular filters for industry with the potential to save 90 percent of the energy used in chemical separation.

Pioneering the next pillar of the regenerative medicine industry through precision cell production.

Creating safe, unlimited, carbon-free fusion power for the grid in 10-15 years.

Pioneering superior cellular engineering, from discovery to the clinic.

Engineering a bidirectional power plant to make renewable energy available 24/7.

Enabling rapid, accurate diagnosis of infectious disease at the point of care.

Engineering an AI-powered autonomous driving system to automate the logistics industry from dock to door.

Producing steel more efficiently, at a lower cost, and with zero greenhouse gas emissions.

A natural, sustainable, and edible protective food coating that increases shelf life and reduces food waste.

Harnessing evolutionary biology to make immunotherapy work better.

Producing ultra-efficient chip-scale optical circuits to de-bottleneck data centers, telecommunication networks, and secure quantum communications.

Automating lab equipment and processes to reclaim the $28B lost in unreproducible research.

Creating software for quantum computers to solve some of the most difficult computational problems known.

Transforming power electronics with a new generation of GaN-powered chips.

Delivering medicine with ultrasound to treat traditionally “undruggable” diseases.

Developing gas sensing technologies that transform the gases around us into useful, quantifiable knowledge.

Launching a satellite network to connect existing satellites to Earth 24/7.