In recent years, there has been growing interest in develo** capacitive biosensors using
Complementary Metal Oxide Semiconductor (CMOS) technology for various life science …

We present an image sensor incorporating angle-selective gratings for resolution
enhancement in contact imaging applications. Optical structures designed in the CMOS …

Angle‐selective pixels fabricated by using metal layers of the image sensor chip are
proposed. Four incident‐angle‐selective pixels share one aperture. The selective pixel has …

Rationale: Intraoperative visualization in small surgical cavities and hard-to-access areas
are essential requirements for modern, minimally invasive surgeries and demand significant …

Microscopic tumor cell foci left in a patient after surgery significantly increase the chance of
cancer recurrence. However, fluorescence microscopes used for intraoperative navigation …

In curative-intent cancer surgery, intraoperative fluorescence imaging of both diseased and
healthy tissue can help to ensure the successful removal of all gross and microscopic …

Millimeter-scale multi-cellular level imagers enable various applications, ranging from
intraoperative surgical navigation to implantable sensors. However, the tradeoffs for …

We present a pixel-level angle sensitive detector composed of silicon-on-insulator (SOI)
photodiode (PD) stacked with a gold surface plasmon (SP) antenna to affect the direction of …

A novel angle selective photodetector with gold surface plasmon (SP) antenna on a silicon-
on-insulator (SOI) photodiode (PD) is proposed to capture the direction of the incident light …

Optimal cancer therapy requires targeted and individualized treatment of all tumor cells,
including both gross and microscopic disease. Intraoperatively hard to visualize and often …