Twinleaf LLC

Twinleaf proposes to develop a compact, low power consumption, accurate and high precision magnetometer that can operate in both vector and scalar measurement modes. It will be self-calibrating, with ...

The proposed work seeks to establish electric field sensor performance goals and study state of the art electro-optic and nitrogen vacancy diamond electric field sensors.

We will design a low size, weight and power integrated atomic magnetometer system, to be available at low cost in high volume.

Subsequent Phase II Proposal, Extension of Phase II contract N00014-12-C-0034We propose to continue our existing work to develop reliable magnetometers with sensitivity in the range 1--10 pT/Hz^- and ...

A new generation of atomic magnetometers are now becoming available that feature high performance in a package more than an order of magnitude smaller than the systems they replace. The development ef ...

Twinleaf LLC and Princeton University propose an STTR Phase II research and development program to study, build, and deliver a compact magnetometer featuring both vector and scalar operating modes. Th ...

We propose to develop a universal atomic magnetometer magnetometer capable of operation as either a three-axis vector atomic magnetometer or a scalar (total field) atomic magnetometer. We furthermore ...

The Navy seeks to deploy sensitive atomic magnetometers on small, inexpensive UAVs that deploy from a sonobuoy tube. There are three primary challenges with this approach: First, existing magnetometer ...

We propose a research and development program spanning Phase I and Phase II with three main elements: 1. Development of a towed & onboard miniature atomic magnetometer array for platform noise avoidan ...

We propose to build prototype magnetometers with sensitivity in the range 1--10 $\mathrmpT/Hz^1/2$ and unit cost of \$2,000, meeting the need for a low-cost system with performance comparable to exist ...