Imaging research has focused primarily on imaging in turbid media. In addition to the topics covered in the publications below, AOT has experience in holographic, time-resolved, computed, and polarimetric imaging.

A Coherent Approach to Image Formation in Multiple-Scattering Media, originally presented at the University of Arizona Optical Sciences Center on 19 September 2002.

Related content: Scattering and Coherence / Correlations among Angular Wave Component Amplitudes in Elastic Multiple Scattering Random Media

Related content: Scattering and Coherence / Optical Determination of Field Angular Correlation for Transmission through Three-Dimensional Turbid Media

Ensemble Average Wavefront-Sensor Imaging through Turbid Media, originally published in Applied Optics, vol. 37, pp. 3643-50, 10 June 1998.

Related content: Scattering and Coherence / Optical Determination of Field Angular Correlation for Transmission through Three-Dimensional Turbid Media

Ultrafast, Cross-Correlated Harmonic Imaging Through Scattering Media
originally published in Applied Optics, vol.40, pp.45-51, 1 January 2001.

Abstract:
A simple upconversion scheme utilizing 40-fs pulses is shown to permit real-time imaging of objects obscured by a turbid medium without the use of a ballistic wave component.