Research published in Nature demonstrates an optical implementation of a convolutional neural network. go.nature.com/3q1SVzj

Mars, fascinating.

No self driving needed! by Paula Piccard #MI #Tech #Technology #IT Cc: Mike Quindazzi Spiros Margaris Andreas Staub Pinna Pierre

Interested in imaging during a reach-to-grasp task using our light NINscope? If you don't want to build one yourself, purchase one at NeuroGig | Open-Source Hardware | Communities. More info on the task developed in the Huber lab, in this paper by gregorio et al.: cell.com/cell-reports/f…

In 2020, @DanielBAharoni was recognized for his #opensource Miniscope, a device that can record the activity of hundreds of neurons simultaneously in freely moving animals. This year, we are looking for the next big #OpenScience projects. Apply today! mcgill.ca/neuro/open-sci…

Excited to announce our 2021 Virtual Miniscope Workshop, Nov 29-Dec 1 organized by @DanielBAharoni Denise J. Cai, Ph.D. Tristan Shuman & hosted by MetaCell. It will cover all aspects of Miniscope development, imaging & analysis. Registration is FREE but required! miniscopeworkshop2021.metacell.us

Today is the day🚩 Our latest research, and my first published work is out in Nature Biotechnology . nature.com/articles/s4158… Very happy to be a part of it! (1/n)

Miniscope-LFOV: A large field of view, single cell resolution, miniature microscope for wired and wire-free imaging of neural ... biorxiv.org/cgi/content/sh… #biorxiv_neursci

AVATAR (AI Vision Analysis for Three-dimensional Action in Real-time), an AI-based pipeline that detects & reconstructs mouse movements in 3D (9 body parts, 5 cameras). Looks great. Daesoo Kim Lab, Dpt of Biological Sciences, KAIST biorxiv.org/cgi/content/sh…

Here, we have developed a highly novel multi-color cabling technique, allowing visualization and tracking of live cables at single-cable resolution (SCab-Res) in real lab environments. DM if you’re interested in collaborating on this new technology.

Thanks ACS Sensors for highlighting our work published in Analytical Chemistry ACS Analytical Chemistry Journals . After three years’ efforts, we finally customized a coin-sized analytical chip ‘PERfECT’ for wearable OECT characterizations. HKU Wearable The University of Hong Kong. Let us know if you need one!

Pretty decent device developed by Shiming Group!

Application open: First #Mini2P workshop! Learn to build & use the #OpenSource Mini2P by spending three December days in lovely Trondheim, with Weijian Zong and the Kavli Neuroscience team. 🗓 7-9 December 2022 📍 Kavli Neuroscience in Trondheim Apply here 👉 ntnu.edu/kavli/mini2p/w…

🔥👨‍🔬🔬New preprint up on my dissertation work. If you're interested in the hippocampus, calcium imaging, memory, or cholinergic modulation therein, check it out! Miniscope Team 👇 Disruption of place cell remapping by scopolamine during aversive learning biorxiv.org/content/10.110…

Last day at #SfN2022 to check out our demos of tools for ephys, imaging and behavior: our next-gen ONIX system and classic acquisition board, UCLA Miniscope Team, FED3 from @LexKravitz lab, HARP ChampalimaudF and our ShuttleDrive!

Congratulations to the authors of the inaugural #OPG_BOEx Best Paper Prize winning paper! In this editorial, Editor-in-Chief Ricky Wang and Deputy Editor Sina Farsiu discuss the paper: ow.ly/9vnh50N3W1B Coulter BME | Emory & Georgia Tech changliang guo

So excited about our new preprint by Pingping Zhao and colleagues on cell-type specific and long-term stability of social representations in the nucleus accumbens and prefrontal cortex! Using miniaturized microscopy and we discover destabilized activity in an autism model.

It's a great pleasure for our recent work #SACDimaging to be selected as the cover article of Volume 17 Issue 9, September 2023 Nature Photonics nature.com/nphoton/volume…