Super-resolution dipole orientation mapping provides high spatial resolution and accurate dipole orientation information on rapid timescales, and is particularly suited to biological imaging applications.
Fluorescent plastic beads introduced into cells act as microlasers, thus enabling the identification of individual cells, including cancer and brain cells, that can be tracked from one generation to the next.
A variant of optical coherence elastography offers a promising method of distinguishing between tumor and breast tissue in lumpectomy specimens in an intraoperative time frame.
