Publication: Imaging across multiple spatial scales with the multi-camera array microscope
We are excited to announce new research using Ramona’s Multi-Camera Array Microscopy (MCAM), published in Optica.
This paper examines different configurations of (MCAM) imaging technology, including simultaneously imaging and estimating the 3D object depth, recording video across a continuous 83×123mm 283×123mm2 FOV, and how a high-resolution configuration of the MCAM (2 µm resolution) can rapidly produce 9.8 GP composites of large histopathology specimens.
Congratulations to lead authors, Mark Harfouche and Kanghyun Kim, our other collaborators at Duke’s Computational Optics Lab, and everyone else involved.
Publication: Imaging across multiple spatial scales with the multi-camera array microscope
We are excited to announce new research using Ramona’s Multi-Camera Array Microscopy (MCAM), published in Optica.
This paper examines different configurations of (MCAM) imaging technology, including simultaneously imaging and estimating the 3D object depth, recording video across a continuous 83×123mm 283×123mm2 FOV, and how a high-resolution configuration of the MCAM (2 µm resolution) can rapidly produce 9.8 GP composites of large histopathology specimens.
Congratulations to lead authors, Mark Harfouche and Kanghyun Kim, our other collaborators at Duke’s Computational Optics Lab, and everyone else involved.
Speakers
Duke Engineering features Ramona's founding story
.png)
Turning Living Biology into Answers for the Age of AI
