Invention:
This invention is a combination of two devices meant to increase the performance and accuracy of measurements gathered surrounding small-scale matter. It involves the use of a highly sensitive and compact optomechanical inertial sensor that is capable of both testing mass and acting as an inertial reference of atom interferometers simultaneously. These technologies are easily adapted to work together, avoiding entire redesign and new technology costs associated with a brand-new device. It also enhances performance, robustness and deployment capabilities for atom interferometric based inertial navigations systems, gravimeters and gradiometers.
Background:
In the field of fundamental research involving individual atoms, quantum theory and gravimetry, precise measurements are needed to learn about these micro-scale phenomena that have large-scale implications. Current technologies that can capture and analyze the movement and properties of individual atoms require immense precision.
In the field of spectroscopy, the field concerned with analyzing at the scale of an individual atom, new developments in research technology tools out-perform previous techniques in accuracy, size of the equipment, and the ability to gather more information. Such a development allows researchers to better gain an understanding of small-scale matter and therefore lead to tremendous breakthroughs and ultimately advance the field of science, and as a result, industry.
Applications:
- Inertial navigation systems
- Gravimeters
- Gradiometers
- Fundamental quantum research
Advantages:
Status: issued U.S. patent #11,867,713
