Can high-temperature superconductors transform the power infrastructure of datacenters?
Microsoft
We are investing in the development and integration of multi-systems and technology, like advanced computing, mobility, and the built environment, that will create more effective, productive, and inclusive foundational technology for industrial systems.
“We will need to rethink the foundations upon which our systems and world are built in order to prepare for our growing populations and biggest challenges of the next 50 years. From compute power to manufacturing to new means of transport, advances here will be necessary for all sectors to move forward.”
Reed Sturtevant Engine Ventures ![]()
Optical interconnect for semiconductors. A Photonic Fabric for chip-to-chip and on-chip data movement.
Engineering the next generation step-change in compute.
Next generation of super metal alloys, enabling a critical step to the energy transition.
Revolutionizing Phased Array Antennas with Novel Chip Designs.
Bringing new intelligence to industrial robots.
A secure, resilient operating system, designed for the cloud computing era.
Ultra-efficient optical circuits to de-bottleneck data centers and telecom networks.
Powering the future of public transit.
Generating diverse genomes to scale and digitalize biomanufacturing.
Automating the logistics industry with a humanistic AI-powered autonomous driving system.
Optimizing the resources at the heart of every cloud computation.
Significantly more efficient electronics: from cell towers to data centers.
Enabling the next era of fully electrified heavy machinery.
Applying a fundamental mathematical insight to the problem of turbulence.
Using superconductors to revolutionize power delivery systems.
A materials breakthrough to eliminate the climate impact of cooling.
Using wireless charging to unlock new opportunities in mobility and medicine.
Creating beautiful, intelligent, and scalable building systems that raise the standards of low-to-high rise construction.
Bringing new intelligence to industrial robots.
Optical interconnect for semiconductors. A Photonic Fabric for chip-to-chip and on-chip data movement.
Engineering the next generation step-change in compute.
Generating diverse genomes to scale and digitalize biomanufacturing.
A secure, resilient operating system, designed for the cloud computing era.
Applying a fundamental mathematical insight to the problem of turbulence.
Revolutionizing Phased Array Antennas with Novel Chip Designs.
Next generation of super metal alloys, enabling a critical step to the energy transition.
Using superconductors to revolutionize power delivery systems.
Powering the future of public transit.
A materials breakthrough to eliminate the climate impact of cooling.
Creating beautiful, intelligent, and scalable building systems that raise the standards of low-to-high rise construction.
Enabling the next era of fully electrified heavy machinery.
Optimizing the resources at the heart of every cloud computation.
Using wireless charging to unlock new opportunities in mobility and medicine.
Ultra-efficient optical circuits to de-bottleneck data centers and telecom networks.
Significantly more efficient electronics: from cell towers to data centers.
Automating the logistics industry with a humanistic AI-powered autonomous driving system.