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A big breakthrough! The National Defense University of Science and Technology has developed a new optical imaging method

Fast Technology reported on March 5 that the scientific research team of the National University of Defense Technology has recently made a major breakthrough in the field of optical computational imaging, and has successfully developed a new optical imaging method called “relay projection microscopy telemetry” (rPMT). This technology is expected to solve the bottleneck problem that has long restricted the development of optical imaging technology, that is, to improve spatial resolution while taking into account the imaging distance and depth of field.

In biomedical research, semiconductor manufacturing, remote diagnostics and other fields, the performance requirements for optical imaging systems are increasing day by day. However, it is difficult for existing technologies to improve the three key parameters of spatial resolution, imaging distance, and depth of field at the same time, and there are often trade-offs.

In order to overcome this problem, the scientific research team of the National University of Defense Science and Technology innovatively proposed the “relay projection microscopy telemetry” (rPMT). This method subverts the traditional optical imaging mode through the unique square-law relay projection mechanism and non-line-of-sight light collection strategy, and realizes the perfect integration of microscopy and telephotometry functions for the first time.

The rPMT method can achieve micron-level high-resolution dynamic microscopic video imaging in the range of centimeters to hundreds of meters with simple equipment, demonstrating long-distance, high-resolution, large-field of view, and high-dynamic optical imaging capabilities that exceed the diffraction limit and depth of field limitations of the camera lens.

Its resolution and depth of field range are increased by more than 10 times, which provides a new solution for microscopic imaging with ultra-long working distance and large depth of field, as well as long-distance micro-scale target detection applications.

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未经允许不得转载:Entering China » A big breakthrough! The National Defense University of Science and Technology has developed a new optical imaging method

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