🌟 We are recruiting two postdocs to our team 🌟 Focuses: 1. Systems Neuroscience, memory and cognition, and high-throughput electrophysiology in rodents. 2. advancing neuroscience through innovative open-science tool development (Brainstem). https://t.co/vfZ6RDRNYF 1/4

How does the spinal cord produce locomotion? And how do interneurons cell types relate to motor function? Come see our Posters: Monday 8-12: J17 and J18 and read our new preprint https://t.co/vSzIcbhNSj #sfn2024 #SfN24

Learn more about the lab at https://t.co/UbNgWXcgsM And about Brainstem at https://t.co/N2HQWLoSyS Please apply/share/retweet the original tweet!

Postdoc position on open-science tool development: The project is about building BrainSTEM: A web application designed as an electronic lab notebook for describing neurophysiological experiments, where researchers can store and share their experiments. https://t.co/jEHAz2M7fv

Systems Neuroscience Postdoc position: Addressing the generation and functions of theta oscillations in spatial navigation using systems neuroscience and population-level approaches. https://t.co/MPWtk84lLU

I will join the ECE Department of Boise State University as an Assistant Professor in January 2025! @BoiseState @BoiseStateECE Our lab ( https://t.co/R0glmuqs8Z) is now hiring Grad Students for Summer or Fall 2025. If interested, please email me!

Check out this postdoc position with Dan Bang in beautiful Aarhus!

⭐️ Postdoc in Cognitive Neuroscience & Computational Psychiatry ⭐️ Help us understand decision-making and learning, using behavioural experiments, computational modelling and direct recordings in neurosurgical patients https://t.co/CeYLqsKFYJ Deadline August 16. Please RT!

I am thrilled to share our new work from the @KiehnLab investigating how the basal ganglia control locomotion, now out in @NatureNeuro 1/8

Are you a PhD student in Copenhagen/Denmark looking to learn more about all the new open tools and datasets coming out? Join us for an exciting week of open science, open-source tools, and playing with open neuroscience data.

The deadline for both positions is tomorrow! Apply apply apply!

Our lab is growing and we are recruiting both a postdoc and a PhD student for different projects. Learn more about the positions below. The deadline for both positions is November 20. Join us in charming Copenhagen. Please apply/share/retweet https://t.co/vfZ6RDRNYF 1/4

Job-opening! We are looking for a postdoc to join our team and do research in the neuroscience of motor control with a focus on locomotion. If you're interested, please read the link below and text me if you have questions-✌️ Deadline is Nov 20! https://t.co/A8sjdEV00y

Visit our lab website to learn more about what we do:  https://t.co/UbNgWXcgsM Learn more about BrainSTEM at: https://t.co/zcB5jUImww I will be at SfN, so reach out if you want to learn more about the projects and the lab!

The postdoc project is focused on building BrainSTEM: A web application designed as an electronic lab notebook for describing neurophysiological experiments, where researchers can store and share their experiments https://t.co/SIinAkEnf8

The PhD student project is addressing the generation and functions of theta oscillations in spatial navigation using systems neuroscience and population-level approaches. https://t.co/B7coASOWsX

Our lab is growing and we are recruiting both a postdoc and a PhD student for different projects. Learn more about the positions below. The deadline for both positions is November 20. Join us in charming Copenhagen. Please apply/share/retweet https://t.co/vfZ6RDRNYF 1/4

New @biorxiv_neursci 📝 !! https://t.co/0YNKsK9dKw By @acnavasolive & Adrian Rubio. An opensource ML toolbox for sharp-wave ripple detection https://t.co/J2U85zn8mm Trained with 🐭 data and applied to 🙊 in collaboration with @perpl_lab & @SAbbaspoor #DeepCode by @CaixaResearch

We are looking for a postdoc at the interface of computational and experimental #neuroscience, to study large neural populations using techniques such as #Neuropixels, optogenetics, circuit tracing and 2p microscopy. https://t.co/vslK9e8cta Deadline: 29 July.

A hidden temporal structure governing REM sleep in both mice and humans: the infraslow rhythm. Today Lezio Bueno in our lab published that phasic and tonic REM sub-types exist on a continuum and fluctuate a minute-timescale (infraslow) frequencies.