Introduction

Optical Coherent Transients also known as Spatial-Spectral Holography, Time-Domain Spectral Holeburning, Photon Echoes, have basically been an interesting research area with little to no work being done to make the phenomena a practical everyday application.  Our research efforts are to demonstrate the applicability of OCT phenomena and the amazing benefits they will provide to high bandwidth phased-array radar, processing and communications applications.

The following pages will give you a feel for what it is we do and the physical processes that govern our work.

Click here to start.

For more information on Spatial-Spectral Holography (a.k.a Optical Coherent Transients , Time-Domain Spectral Holeburning, Photon Echoes) visit:
Spectral Holography:  Basic Concepts(Slides)
Spectral Holography:  Fourier Transform Approach(Slides)
Spectral Holography:  Efficient Coherent Transient Data Recall in Optically Thick Media (Slides)
Spatial-Spectral Holography:  Basics and Applications for Frequency Division Multiplexing(Slides)
Spatial-Spectral Holography:  Optical Coherent Transient True-Time Delays and Processing Arrays(Short Summary)
Spatial-Spectral Holography:  True-Time Delays and Adaptive Beamforming for Phased Arrays(Slides)
Spatial-Spectral Holography:  True-Time Delays with Chirped Reference Pulses(Slides)
Spatial-Spectral Holography:  Codes Development for Optical Coherent Transient Processors(Slides)