Light-based Microcapillary Monitoring Sparks Innovation in Manufacturing and Biotechnology

Credit: Korea Electrotechnology Research Institute

KERI Dr. Jaeyeon Pyo's team (front row, left) developed a technology to visualize nanoscale microcapillary tips, enabling precise and delicate contact with other objects.

« Light-based Microcapillary Monitoring Sparks Innovation in Manufacturing and Biotechnology

Credit: Korea Electrotechnology Research Institute

Principle and applications of KERI technology that uses light to determine microcapillary’s contact in the nanoscale resolution

« Light-based Microcapillary Monitoring Sparks Innovation in Manufacturing and Biotechnology

Credit: Korea Electrotechnology Research Institute

KERI's research on using light to determine microcapillary contacts in the nanoscale resolution has been published as a cover article in ACS Nano.

« Light-based Microcapillary Monitoring Sparks Innovation in Manufacturing and Biotechnology

$The visualization of microcapillary tips using a projection light to the back aperture for delicate contact of the tip surpassing the diffraction-limited resolution.$

Credit: Korea Electrotechnology Research Institute

The visualization of microcapillary tips using a projection light to the back aperture for delicate contact of the tip surpassing the diffraction-limited resolution.

« Light-based Microcapillary Monitoring Sparks Innovation in Manufacturing and Biotechnology

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