Computational Optics Lab (Roarke Horstmeyer)

The Computational Optics Lab at Duke develops new microscopes, cameras, and computer algorithms for biomedical applications and beyond.

[Computational Optics Lab (Roarke Horstmeyer) @HorstmeyerLab]

Check out our newly published paper in @eLife. In collaboration with the @evaaimable lab, we use a multi-camera array microscope (MCAM) to achieve cost-effective high-resolution, large-area "gigapixel" imaging of living organisms 📷. https://t.co/iicLxXzcNs

[Computational Optics Lab (Roarke Horstmeyer) @HorstmeyerLab]

Big congratulations Dr. Shiqi Xu!!! @_shiqixu is the first PhD graduate from the Computational Optics Lab! Shiqi, we are going to miss you greatly! We wish you our very best for your journey onward!

[Computational Optics Lab (Roarke Horstmeyer) @HorstmeyerLab]

3D-RAPID can image freely behaving organisms, such as zebrafish, fruit flies, and ants, at spatiotemporal throughputs >5 gigapixels/second!
https://t.co/r7GyanaFDA

[Computational Optics Lab (Roarke Horstmeyer) @HorstmeyerLab]

Check out our new paper in @NaturePhotonics on 3D-RAPID, a computational 3D microscope based on an array of 54 cameras and a self-supervised, neural network-based 3D reconstruction algorithm.
Full-text link: https://t.co/MApNWyZuFT

[Computational Optics Lab (Roarke Horstmeyer) @HorstmeyerLab]

This is the first of four recently completed papers about the MCAM. Stay tuned for the next one, which provides additional technical details and applications of our new computational microscope.

[Computational Optics Lab (Roarke Horstmeyer) @HorstmeyerLab]

Check out our newly published paper in @eLife. In collaboration with the @evaaimable lab, we use a multi-camera array microscope (MCAM) to achieve cost-effective high-resolution, large-area "gigapixel" imaging of living organisms 📷. https://t.co/iicLxXzcNs

[Computational Optics Lab (Roarke Horstmeyer) @HorstmeyerLab]

(3/3) We also used the MCAM to discover previously unreported massive swarming behaviors in C elegans🐛: https://t.co/7BC02pnMlh

[BuckleyLab @buckley_lab]

Check out this exciting review article and more in the special issue of Neurophotonics out TODAY - "Optical imaging and spectroscopy for the study of the human brain: status report." We loved participating in this collaborative effort!🧠🔦#Neurophotonics https://t.co/NQyzDuTp14

[PLOS Digital Health @PLOSDigiHealth]

📢📰Cooke et al present a multiple instance learning approach for detecting COVID-19 in peripheral blood smears 🩸 Read more about it here: https://t.co/Tb8lPyzPow #DigitalHealth #MachineLearning @HorstmeyerLab

[JPhys Photonics @JPhysPhotonics]

🥁🥁🥁 Hot Off the Press! It's here, the Roadmap on Wavefront Shaping and deep imaging in complex media! Led by @sylvaingigan amongst 45 authors from 36 institutions in 12 countries, this epic project overseeing this exciting field is now available OA at ➡️https://t.co/CNPWJVOIK4

[Computational Optics Lab (Roarke Horstmeyer) @HorstmeyerLab]

ICCP2022 poster/demo deadline is approaching (June 15). We are inviting the broad research/product community in computational optics/physics/imaging! Please consider contributing an abstract: https://t.co/brtu8eNduF

[Computational Optics Lab (Roarke Horstmeyer) @HorstmeyerLab]

Article link: https://t.co/wdem5ckYoz
Code and data: https://t.co/A267Ta9Kzj
News release: https://t.co/Tv4ZoooL3T

[Computational Optics Lab (Roarke Horstmeyer) @HorstmeyerLab]

Check out Kevin's newly published work, "Computational 3D microscopy with optical coherence refraction tomography", from his PhD, in Optica, where they used a parabolic mirror to acquire OCT images from ultra-wide angular ranges to create some awesome volumetric reconstructions!

[Computational Optics Lab (Roarke Horstmeyer) @HorstmeyerLab]

Read more at https://t.co/hX4L8v3us4

[Computational Optics Lab (Roarke Horstmeyer) @HorstmeyerLab]

Congratulations to former COL members Wenhui Liu and Ruobing Qian on receiving 2021 APL Photonics Future Luminary Award for their groundbreaking work on highly parallelized speckle sensing methods to capture high-quality in vivo blood flow signals!

[Lei Tian @LeiTian14]

https://t.co/6PgqrEgmmx

We are inviting the broad research community in Computational Imaging / Computational Optics. Please consider contributing an abstract.

[Computational Optics Lab (Roarke Horstmeyer) @HorstmeyerLab]

Welcome to our newest postdoc Lucas Kreiß joining us from Erlangen, Germany. Great vegan dishes from Earth To Us! COL's becoming more and more #ecofriendly throughout years.

[Computational Optics Lab (Roarke Horstmeyer) @HorstmeyerLab]

@Harie1897 @NasherMuseum @vinayapathak You are right. The bottom array is an LED array that allows pattern illuminations for (semi-)transparent samples.

[Computational Optics Lab (Roarke Horstmeyer) @HorstmeyerLab]

Some fun with @NasherMuseum, imaging ancient artifacts at gigapixel resolution with our MCAM system

[Computational Optics Lab (Roarke Horstmeyer) @HorstmeyerLab]

@Harie1897 @NasherMuseum @vinayapathak Those are the illumination units