Our goal is to develop the highest performance atomic devices in the world by combining the latest advances in physics and technology. Our present focus is building optical atomic magnetometers for biomedical and geophysical applications.
QuSpin was started in 2012 with research funding from the National Institutes of Health (NIH). Our multidisciplinary team of Physicists and Engineers excel at turning a complex laboratory technology into a user-friendly device. Our operations are largely supported by federal research grants as well as through sales of our commercial products.
Major Milestones
| Dec 2018 | Over 500 units of QZFM shipped worldwide |
| Aug 2018 | Second generation QZFM development completed |
| Jul 2018 | Navy Phase II SBIR to develop tri-axial vector atomic magnetometer |
| Jun 2018 | Navy Phase II STTR to develop low-cost scalar atomic magnetometer with chip-scale technology |
| May 2018 | QZFM operation and results published in Nature and highlighted in NIH Directors Blog |
| Jan 2018 | DARPA BAA to develop hyperfine microwave gradiometer |
| Jun 2017 | DARPA SBIR Phase II to develop free precession based atomic gradiometer |
| Jan 2017 | Begin shipment of QTFM to early adopters |
| Oct 2016 | QZFM Commercial release and exhibit at BIOMAG conference in Seoul South Korea |
| Mar 2016 | NIH Phase II SBIR to develop mass manufacturing techniques for OPM |
| Jan 2016 | Begin shipment of QZFM units to early adopters |
| Sep 2015 | Colorado Advanced Industries Accelerator Grant |
| Dec 2014 | Navy Phase II SBIR to develop total field OPM |
| Jun 2014 | QuSpin develops first total field (scalar) OPM prototype |
| Dec 2013 | NIH Phase II SBIR to develop MEG system |
| Nov 2013 | Results demonstrating our first QZFM prototypes is published (link) |
| Sep 2013 | NIH Phase II SBIR to develop Fetal MCG system |
| June 2012 | QuSpin is founded |