Optically computed compressive OCT for ultra-high speed phase-resolved dynamic imaging

Project Narrative The objective of this study is to investigate an optically computed compressive OCT (OCC-OCT) technology that leverages novel strategies of optical computation and temporal compressive sensing for ultra-high speed phase-resolved dynamic imaging. With its unprecedented dynamic imaging capability, OCC-OCT is anticipated to significantly advance many fields of biophotonics, including optical coherence elastography, optical coherence angiography, etc.