Zach Newman (PhD)
@zacharylnewman.bsky.social
Senior Scientist Kerlin Lab UMN
Specializing in advanced neuroscience imaging techniques and analyses
Specializing in advanced neuroscience imaging techniques and analyses
Reposted by Zach Newman (PhD)
Our new preprint!: arxiv.org/abs/2509.18399
Imaging fast glutamate or voltage sensors?
New method to amplify electro-optical deflectors enables MHz line rate imaging. No new laser required. Led by @clwarkentin.bsky.social & @hari-shankar.bsky.social. MHz random-access imaging is in the works…
Imaging fast glutamate or voltage sensors?
New method to amplify electro-optical deflectors enables MHz line rate imaging. No new laser required. Led by @clwarkentin.bsky.social & @hari-shankar.bsky.social. MHz random-access imaging is in the works…
September 24, 2025 at 12:32 PM
Our new preprint!: arxiv.org/abs/2509.18399
Imaging fast glutamate or voltage sensors?
New method to amplify electro-optical deflectors enables MHz line rate imaging. No new laser required. Led by @clwarkentin.bsky.social & @hari-shankar.bsky.social. MHz random-access imaging is in the works…
Imaging fast glutamate or voltage sensors?
New method to amplify electro-optical deflectors enables MHz line rate imaging. No new laser required. Led by @clwarkentin.bsky.social & @hari-shankar.bsky.social. MHz random-access imaging is in the works…