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We are hosting a virtual summer math crash course (06/13- 08/12)! The courses are designed to introduce incoming Imaging Science students to math concepts (Calc, Lin Alg, and Signals & Systems) they’ll encounter during their 1st yr courses.📚 More info: sites.wustl.edu/imagingscience…

Please check the recent pixOL technique developed in Lew Lab @ WashU, WashU Electrical & Systems Engineering. pixOL enables simultaneously 3D orientation and 3D position measurement. Feedback and ideas are welcomed :) Optica Publishing Group opg.optica.org/optica/fulltex…

I am giving a talk about Fourier optics and how we leverage Fourier optics to engineer microscopy for incoming Ph.D. students in Math camp. Welcome to join in if you are interested. wustl.zoom.us/j/91646097632?…

Hi researchers, I plan to do a research internship during the spring (preferred), or the summer of 2023. I am interested in microscope/camera optics, computational imaging, or AI imaging. Any comments on good places will be appreciated! below is above me tingtingwu17.github.io/_pages/researc…

Can you determine your distance from a truck the same way you determine the z position of a fluorescent molecule? Of course you can, all you need is a PSF-engineered telescope! Adventurous Nadav Opatovski built one: doi.org/10.1364/OE.472…

How should we configure the excitation in a single-objective light-sheet (SOLS) style microscope? I'm still figuring out some of the practical details... but here's an overview of things to consider: amsikking.github.io/SOLS_excitatio… It's a work in progress, so feedback is welcome :)

Join Imaging Science’s Student Seminar this Friday!(11/18, 1-2pm) Ph.D candidates Rui Liao and Tingting Wu will share their awesome work ☕️🥯 + This seminar is open to anyone in or interested in imaging research. ✉️ us if you want to join our mailing list or want to present!

Sharing my labmate Oumeng Zhang's recent publication! Very smart design to measure the orientation by splitting the signal photons without sacrificing the signal-to-background ratio. Full-text access here: rdcu.be/c02le

"Here we are 100 years later making use of these chemistries in ways that we hope will benefit human health." In her #NobelPrize lecture Carolyn Bertozzi spoke about how her work builds on curiosity-driven research, and how important that type of research can be for our futures.

Check our new work: we use single-molecule imaging and fluorogenic probes to probe the inhomogeneous hydropobic environment inside biomolecular condensates.

Happy to share new collaborative work on #singlemolecule imaging of biomolecular condensates. They're less uniform than they seem! With @PappulabWashU Tingting Wu Matthew Ryan King Mina Farag WashU McKelvey Engineering

Check out our collaborative work with Steven F. Lee and Ezra Bruggeman on simpler molecular orientation imaging!

#bps2023 Come see Tingting Wu tell a beautiful story on “Mapping Inhomogeneous Network Structures within Biomolecular Condensates using Fluorogenic Probes,” tomorrow at 9:15 AM in Room 6C, a collaboration with @PappulabWashU

Feel free to DM me if you want join in through zoom!

Happy to see Tingting Wu's review chapter on 6D dipole-spread function engineering now online doi.org/10.1007/978-3-… WashU McKelvey Engineering WashU Electrical & Systems Engineering A big thanks to Jinyang Liang for putting such a great volume together! doi.org/10.1007/978-3-…

Out today from the Lee lab Steven F. Lee In the POLCAM paper, they make polarization cameras compatible with single-molecule detection for instant molecular orientation microscopy. nature.com/articles/s4159…