Chip-Scale Quantum Sensors.
Engineered for Industry.

Mesa Quantum is commercializing chip-scale quantum sensors to meet the demands of industry.

These high-precision instruments will be key enablers for the next generation of tech innovation. By taking chip-scale quantum sensors out of the lab and putting them into the hands of real product developers, we’re engineering quantum tech for practical applications.

Our disciplined engineering practice pushes the bounds of what’s manufacturable at scale.

We will build the products that the market demands.

We perform iterative engineering cycles and focus on more than just optimizing performance for academic research. The market needs a cost-effective solution. Our industry partners need reliable sensors with low size, weight, and power consumption (SWaP)—and lots of them.

Quantum Sensors for Alt-PNT: The GPS Alternative

Short for Alternative Position, Navigation, and Timing, Alt-PNT tech is urgently needed as a backup to GPS.

Many technologies our society depends upon are reliant on GPS, which has been declared “a significant single point of failure in our country” by the National Security Council.

GPS is vulnerable, and if something were to happen to it, the consequences would be catastrophic.

Mesa Quantum’s technology provides more resilient, precise, and scalable methods for synchronization, positioning, and measurement.

Our quantum sensors provide resilience against GPS disruptions , and they are paving the way for full GPS-independence.

Right now, the world’s economies, militaries, logistics networks, and consumer devices all rely on GPS satellites.

Those satellites are vulnerable to electronic attacks, such as jamming and spoofing, and countries like China and Russia have demonstrated anti-satellite weapons capabilities that could shoot them out of the sky.

During a GPS outage, any “smart” technology would be blind.

The US Department of Defense takes this threat seriously, so chip-scale quantum sensing for Alt-PNT is a national priority.

Equipping our industrial base with essential tech is our primary short-term objective.

As a dual-use technology, quantum sensors have massive long-term implications. Alt-PNT will prove crucial for autonomous systems like self-driving cars, robotic workforces, smart energy grids, deep sea exploration, small satellite constellations, and more.

Mesa Quantum's sensors will be a key enabler for future innovation.

Designed for Today's Applications.

Vapor Cells. The Heart of Quantum Sensors.

Vapor cells are tiny glass containers filled with a cloud of vaporized alkaline metal atoms. We shoot laser light through the cell, and a photodetector on the other end detects what percentage of the light makes it through versus what percentage was absorbed by the atom cloud.

When that vapor is subjected to outside disturbances (magnetic fields, acceleration, etc), the atoms' internal quantum states change. One way to conceptualize this effect is to visualize the cloud's opacity changing - the more opaque the atoms, the less light hits the other side.

We take that data—the ratio of photons fired to photons received—and match it up to the math. From this data, we can then determine the magnitude of the disturbance we’re measuring.

We can use the same method to make an atomic clock, except, in this case, we try to keep the atoms perfectly isolated from outside disturbances. We can then use the intrinsic oscillations of the atoms’ states to create an extremely accurate time reference.

Types of Quantum Sensors in Our Roadmap

ATOMIC CLOCKS

Precision time-keeping for clock synchronization in GPS-denied environments.

GYROSCOPES

Orientation and angular velocity measurement for stability, control, and autonomous navigation.

MAGNETOMETERS

Magnetic field sensing for navigation, medical imaging, and consumer electronics.

RYDBERG ATOM RADIO FREQUENCY SENSOR

RF field measurement over a huge frequency range for the next generation of radio antenna.

GRAVIMETERS

Gravitational field sensing for submarine navigation, earthquake prediction, and subterranean surveying.

ACCELEROMETERS

Quantifying changes in velocity for autonomous navigation and consumer electronics.

Quantum Sensors are:

REPRODUCIBLE

LOW COST

SMALL SIZE

LIGHTWEIGHT

LOW POWER CONSUMPTION

RELIABLE

"We're translating physics into revenue."

-Wale Lawal, Mesa Quantum CTO

Recent News.

Mesa Quantum is Awarded Colorado OEDIT Advanced Industries Grant

Mesa Quantum has been awarded a $500,000 Advanced Industries Early-Stage Capital and Retention Grant from the Colorado Office of Economic Development and International Trade (OEDIT).

Mesa Quantum Announces $3.7M in Seed Funding

This investment enables Mesa Quantum to build a new research and development facility, hire top technical talent and position themselves to commercialize chip-scale quantum sensors for deployment at scale.

Mesa Quantum is Awarded Direct-to-Phase II SBIR Contract by SpaceWERX to Develop Alt-PNT Quantum Technologies

$1.9M to focus on miniaturized atomic clocks for alternative Position, Navigation, and Timing (PNT)

Send Us A Message.

Collaborate with Us

If you need high-precision measurement, our sensors will help unlock the next generation of your product. Get in touch with us to find out more about integrating our hardware or collaborating on research projects.

Work with Us

If you want to build technology that’s key to a future of robots and space travel, apply to Mesa Quantum. You’ll get to work on interesting challenges, collaborate with a great group of like-minded problem-solvers, and spend your days in beautiful Colorado!

6201 Spine Road, Boulder, CO 80301

Chip-Scale Quantum Sensors. Engineered for Industry.