The primary application for gyroscopes is in navigation. While the currently available gyroscopes have important applications, these are limited due to large size, and sensitivity to temperature.
To meet these challenges, investigators at University of California at Berkeley have developed a miniature diamond gyroscope, based on nitrogen vacancy centers in diamonds. This miniature diamond gyroscope extend the capabilities of existing technology by enabling gyroscopes of very small sizes. The miniature diamond gyroscope provides new technique for sensing rotations based on the negatively-charged nitrogen-vacancy NV center in diamond. The key advantages of this technology is that it is all-solid-state, operates over a wide range of temperatures. The active part of the sensor is very small, on the scale of 1 cubic millimeter. The sensitivity under optimal conditions is comparable to or better than other large scale gyroscope technologies.
|United States Of America||Issued Patent||9,689,679||06/27/2017||2012-112|