Now published @Nature, we used miniscopes to study the thalamic head direction system during drift and reorientation. Paper: https://t.co/DVWQEgFQ7I Summary: https://t.co/uDOUYP1wsp There’s a lot in the paper, but my favorite piece to share/highlight is in figure 2:

How Sense of Direction Is Used to Navigate https://t.co/Ed3KouMH8A via @YouTube

We're presenting Miniscope Zero, the first fully-wireless Miniscope, at #SfN25! Wireless power + data enable long-term neural recordings from multiple freely behaving animals. @MiniscopeTeam Poster: Nov. 17, 1–5 pm, ZZ7, https://t.co/ZvyhCW7Fqg Video: https://t.co/oFOeQJ52iU

We are searching for a new faculty member who works in the interface between neuroscience, AI, and computer science. This is a joint search between Departments of Neuroscience and Computer Science at UT Austin. Aplication link: https://t.co/PAPjIbuuaC

Very excited to finally have this published. Maneesh and I had the first discussions about this 10 years ago! Grid cell distortion is correlated with distance estimation.

Two flagship papers from the International Brain Laboratory, now out in @Nature: 🧠 Brain-wide map of neural activity during complex behaviour → https://t.co/cVmZNqBlzZ 🧠  Brain-wide representations of prior information in mouse decision-making → https://t.co/Pd4bZQcECd +

Time-compressed theta sequences, representational drift, and flickering between alternate representations are fascinating network phenomena. Now we reveal what they have in common and how and when they emerge and express via generative processes: https://t.co/INfpKbD36J 1/5

In these difficult times (all grants frozen) it is good to recognize the good that science can do. Very proud of our new paper on open-source 2P miniscopes! They can image dendrites in cortex and dentate granule neurons through an intact CA1.

👨‍💻 Open PI position in our institute 👩‍💻 !! If you are an expert in Computational Neuroscience and want to start your lab in Bordeaux, contact us ! https://t.co/TBD2Lq5CLi @NCMagendie @Neuro_Bordeaux https://t.co/h58PpbiVqw

Come join our team! Let me know if you have any questions. The text of the ad is a bit confusing.

Hour-long voltage imaging in behaving mice! Capitalizing on the high photostability and brightness of mBaoJin, we developed eFRET GEVIs, named ElectraOFF, which extends reliable single spike detection at cellular resolution beyond one hour https://t.co/oNO28SY1i7

New preprint! Since we discovered that histone variants regulate memory, we wondered if histone H2A.Z contributes to Alzheimer's. Using human brains and 5xFAD mice, we found that it depends on if you're male or female. Summary below. https://t.co/PMJ48IgwWv...

My lab at Université Laval in Québec City, Canada, is looking for a postdoc to study how neuromodulatory systems impact cortical processing during foraging behavior. This fully-funded position offers a collaborative environment in a great city. https://t.co/JOHqBb3QxW

We are looking for an outstanding postdoc! We study cortical circuits, plasticity, and NMDARs with 2-photon excitation and quad-patch. We are in vibrant, multicultural Montreal—a city with exceptional quality of life. See ad for details.

A conversation with @gilleapen on memory formation, storage, and retrieval highlighting our 2024 studies in @NatureComms @NatureNeuro @NatRevNeurosci https://t.co/ADI1b8bPcI https://t.co/QnR5Tq3sc8 https://t.co/HkwkvAj4oO Click below 👇

🚨We're hiring another tenure-track at McGill University: focus on brain-body science! 👇 https://t.co/sUYiBIWQaC

I am speaking at COSYNE 2025. Please check out my talk if you're attending the event! #cosyne2025 #cosyne25 - via #Whova event app

Hey everyone ! Check out my poster on stability and uncertainty in the HD system on 27 March (Thursday) at CoSyNe 2025 ! Would love to chat about neuroscience :)! #cosyne2025 #cosyne25

Our latest in Journal of Neuroscience.

Behavioral timescale synaptic plasticity (BTSP), not Hebbian spike-timing-dependent plasticity (STDP), explains heterogenous place field shifting in the mouse hippocampus @AntoineMadar @Sheffield_Lab https://t.co/90SaqPqWdj

More and more Canadians are being diagnosed with dementia every day. Families need ongoing care, guidance, and resources to navigate the challenges ahead. That’s why monthly giving is so important. A small, consistent gift provides reliable support for those who need it most.