Applied Quantum Technologies

ABSTRACT: A micro-camera composite focal plane array (CFPA) comprised of a primary optic and an array of camera//lens modules with high sensitivity, low noise CMOS image sensors provides a low cost, ...

Applied Quantum Technologies proposes the development of a snapshot Raman spectral imager for chemical imaging applications with a 1-5 meter standoff. Standoff chemical imaging methods are typically p ...

Our Phase I study provided quantitative results that showed feasibility for scenarios of interest. It included both the details of signatures and the sensitivity for THz sensor systems with realistic ...

The physical phenomena that dominates the use of submillimeter (SMM) spectra for the analysis of missile intercepts is the rapid cooling of the post-intercept gas and debris field and its impact on th ...

Applied Quantum Technologies along with its university partner Duke University propose a coded-aperture, multi-aperture snapshot Raman imager. By combining an innovative optical design and advanced co ...

We propose an optical imaging system utilizing a pair of MEMS mirrors to achieve a wide field of regard and zooming characteristics. This system is anticipated to meet the challenging constraints put ...

A MEMS based multicolor beam steering system for generating 2D spot arrays has been demonstrated. For effective quantum computation applications, the optical system requires further optimization and r ...

Optically addressing a large number of atoms trapped in a periodic lattice would be a critical missing technology necessary to achieve scalable quantum computation. A micro-electromechanical systems ( ...