In this paper, we describe the design, fabrication, calibration, and deployment of an airborne
multispectral polarimetric imager. The motivation for the development of this instrument was …

Polarization imaging can provide significant improvements in contrast in a number of target
detection and discrimination applications. A multi-spectral imaging polarimeter has been …

Passive electro‐optical polarimetric imaging is a form of remote sensing in which the
properties associated with electromagnetic field orientation are exploited as a means to …

Channeled spectropolarimetry or spectral polarization modulation is an accurate technique
for measuring the continuum polarization in one shot with no moving parts. We show how a …

Advances in nanofabrication allow for the creation of metallic nanowires acting as linear
polarizers in the visible and near infrared regime. The monolithic integration of silicon …

Polarization, flux, and the spectral energy distribution of light are the fundamental
parameters that we measure in order to infer properties of the sources of electromagnetic …

Transport of sediment and organisms in rivers, estuaries and the near-shore ocean is
dependent on the dynamics of waves, tides, turbulence, and the currents associated with …

Development of reliable imaging polarimeters and the models that predict their performance
is dependent on the ability to assess their accuracy. Field tests frequently result in …

The design and construction of wide FOV imaging polarimeters for use in atmospheric
remote sensing requires significant attention to the prevention of artificial polarization …

The passive imaging polarimeter architecture is based on optical coatings and thereby
avoids the complexities of current systems that use rotating polarizers, phase-modulating …