Twinleaf LLC

This project supports the development of a new class of high performance vector magnetometers with sensitivity, drift, and accuracy  better all other types of vector sensor. The sensor is based on ...

We propose to develop a compact, rugged, and accurate scalar atomic magnetometer suitable for CubeSat missions. The sensor will provide temperature-insensitive measurements of magnetic field magnitude ...

Magnetic navigation using measurements of the Earth's crustal magnetic field variation is a promising new approach for use by aircraft flying in a GPS-denied environment. The magnetic signature of t ...

In this project, we build upon decades of magnetometer experience to develop solutions for ultra-long lasting, reliable and accurate magnetometers for space and planetary science applications.

This project develops an atomically-referenced vector magnetometer with a goal of substantial improvements in the drift of the sensor relative to existing solid state sensors such as fluxgate magnetom ...

We propose to build and test a Multimodal Magnetic Sensing System (MMSS) suitable for installation on an ROV platform for enhanced capability for identifying undersea targets.

Commercially available magnetic field probes for the 0-2 to 5 Tesla operating range are susceptible to radiation damage- Many facilities require accurate magnetic field measurements in this range in a ...

We propose to develop a novel magnetic sensing suite to aid in identification of unexploded ordinance in unmanned undersea survey.

The proposed system comprises a turnkey magnetic anomaly detection system consisting of a high performance total field magnetometer, a vector magnetometer, an accelerometer, inputs for other sensors, ...

A high performance gradiometer is formed using two atomic magnetometers based on spin precession.