Shinsuke Tanaka

@AlbertLeeNeuro @BIDMChealth @HHMINEWS

[bioRxiv Neuroscience @biorxiv_neursci]

Neural representation of action symbols in primate frontal cortex https://t.co/6KSUZsCe28 #biorxiv_neursci

[Weinan Sun @sunw37]

1/12 How do animals build an internal map of the world? In our new paper, we tracked thousands of neurons in mouse CA1 over days/weeks as they learned a VR navigation task. @nspruston @HHMIJanelia, w/ co-1st author @JohanWinn
Video summary: https://t.co/mMvsT8TVc9
Paper: https://t.co/35k5tWdvOe

[nature @Nature]

Nature research paper: Learning produces an orthogonalized state machine in the hippocampus

https://t.co/lHY0FwF4bc

[Laura Grima @LauraGrimaNeuro]

The first preprint of my postdoc with @jtdudman
is now online! Here we wanted to understand the algorithms mice use when learning to forage in large environments with many potential resources. 1/n https://t.co/2LHb6TMnbr

[Yuta Senzai @yutasenzai]

My new lab at @NorthwesternU @NuinComm will study the SC as a hub orchestrating perception in waking life and dreams during sleep. We study its interactions with thalamocortical circuits for active vision and navigation. We are hiring at all levels! 7/7
https://t.co/WqlXCcRtb9

[Chongxi Lai @ChongxiLai]

Happy to share our study (now on @ScienceMagazine) where we unveil how rats can use a hippocampal BMI to 'teleport' themselves or objects to distant places.
https://t.co/mLE67cT91B

[Chongxi Lai @ChongxiLai]

Immense thanks to @shinsuke255 for endless days & nights we spent together in the lab. Profound gratitude to Tim Harris and @AlbertLeeNeuro for their patience, guidance and enduring support that made this work possible.

[Chongxi Lai @ChongxiLai]

Immense thanks to @shinsuke255 for endless days & nights we spent together in the lab. Profound gratitude to Tim Harris and @AlbertLeeNeuro for their patience, guidance and enduring support that made this work possible.

[Chongxi Lai @ChongxiLai]

Big shoutout to my friend James @AnEmergentI
for the early spotlight on our research in his thought-provoking blog: https://t.co/he1t1St90o Gems in many of super well-written blogs in his brilliant newsletter, I highly recommend.

[HHMI @hhmi_science]

Using a novel system to probe a rat's thoughts, researchers discovered animals can control their brain activity to imagine remote locations.💭 🐀

Findings are from @HHMIJanelia & HHMI researchers @chongxi_lai, @shinsuke255, @AlbertLeeNeuro & Tim Harris.

https://t.co/V0NCV5STYK

[Shinsuke Tanaka @shinsuke255]

https://t.co/LCzWIea5SP

[bioRxiv @biorxivpreprint]

Low-latency extracellular spike assignment for high-density electrodes at single-neuron resolution https://t.co/NyjeXbMJVk #bioRxiv

[bioRxiv Neuroscience @biorxiv_neursci]

Low-latency extracellular spike assignment for high-density electrodes at single-neuron resolution https://t.co/MnDhfpbDXa #biorxiv_neursci

[Shinsuke Tanaka @shinsuke255]

https://t.co/ME6mggOxBr

[Blake Porter 🐀 @BlakeP_Neuro]

I... "patched" a cell with a tetrode?

[Albert Lee @AlbertLeeNeuro]

1/4 - Rats can think about where they would rather be. See our bioRxiv preprint https://t.co/lszzGnOLlq. Amazing work by @chongxi_lai and @shinsuke255, in collaboration with Tim Harris’ group at Janelia.

[Chongxi Lai @ChongxiLai]

1/ Story time! Can rats control their thoughts? Can they think about a remote place distant from their current location, just like we do?

[bioRxiv Neuroscience @biorxiv_neursci]

Mental navigation and telekinesis with a hippocampal map-based brain-machine interface https://t.co/dxxU2zPUVT #biorxiv_neursci

[bioRxiv @biorxivpreprint]

Mental navigation and telekinesis with a hippocampal map-based brain-machine interface https://t.co/3IXVk5BHve #bioRxiv

[Shinsuke Tanaka @shinsuke255]

Mental navigation and telekinesis with a hippocampal map-based brain-machine interface https://t.co/F2MsVsdKVI