It seems like magic! Also works for increasing the phase range of adaptive optics! Check out this video if you want to be walked through the preprint. youtube.com/watch?v=qO1nenu6… 2/2

NEW PREPRINT: For 2-photon imaging (or any laser scanning), fast scanning often shrinks the field-of-view and/or decreases resolution. Che-Hang Yu found a bunch of ways to increase the field-of-view, with no trade-offs in speed or resolution. 1/2 biorxiv.org/content/10.1101/…

Thanks, Bruno! And if anyone wants to learn more about the optics, they might have fun with this video: youtube.com/watch?v=qO1nenu6…

This is actually fun. Try it! Your preprint -> AI-generated fake podcast -> video with actual human commentary -- It's remarkably effective! Awesome optics work to unlock big-and-fast in vivo two-photon calcium imaging, by Che-Hang Yu. youtube.com/watch?v=qO1nenu6…

FYI -- I mostly post here: neuromatch.social/@sls

I wrote to my representatives again. Maybe at this point I should just let them subscribe to my newsletter.

I gave some $ to aclu.org

If you want another level, try our slack-like Nemonic group. Contact me if you want access. 2p.ece.ucsb.edu/ and/or try this link: 2p.ece.ucsb.edu/signup_user_…

I'm on social media to share with technical communities in neuro, optics, computation, ML, etc. I don't need a free-for-all platform with the potential to reach millions. Mastodon is a good fit for me. (2/3)

I have new posts and whatnot here: neuromatch.social/@sls I'm on mastodon because it's simple, clean, open, and a community. It's not perfect, but there's no profit-driven algorithm. Bluesky is nice from what I hear, but it could easily run into the same issues. (1/3)

I'll try again right now.

I'm excited about this. If your experiments benefit from having a large field-of-view scanned fast at high resolution, this is beyond anything else out there. It's ready to go. If you want in early, email me and we'll let you know the details. No pressure. It's just very cool.

Called it.