Check out our new preprint with @xjwanglab! Here, we characterize the computational role of metabotropic glutamate receptors (mGluRs) in thalamic circuitry. To do so, we develop models of their dynamics at the molecular, single neuron, and circuit level! https://t.co/QfnaUGUWIx
Excited to share our latest preprint with @CamilloPadoaSch and @xjwanglab! We present a biologically plausible framework showing how neural circuits compute & compare value to drive flexible economic decision making. https://t.co/ZuVeQvfPVA
What is the neural code and statistical structure of neural states characterizing stress?
Our new work out in Nature answers these questions and more. Thanks to my amazing co-first @_fxia, and @StefanoFusi2 and @mazen_kheirbek for invaluable guidance🧵👇
https://t.co/cYMOsaEqaV
Excited to share our recent work "Flexible gating between subspaces in a neural network model of internally guided task switching", just out on @NatureComms!
🧵👇
Our work on individual differences in monkeys and RNNs is out on Nat Comms!
https://t.co/Avs4ewG8Yx
A huge thanks to @aldo_battista@faffofratello Satoshi Tsujimoto @AldoGenovesio and @StefanoFusi2 for the massive work!
A brief recap 👇🧵
Neuroscientists can now record neural activity at an unprecedented scale, and have mapped out connectomes and transcriptomes at single-cell resolution. How do we incorporate them into brain-wide models? Check out our @CosyneMeeting @Cosyne2024 workshop:
https://t.co/A9vskowr4S
Our lab has a postdoc position available for a collaborative project with @WesternU@StanfordBrain@salkinstitute@UCSDJacobs, bringing together theory with neural data.
I'll be at our SfN posters tomorrow afternoon to discuss: https://t.co/ywMXP9vFB5 https://t.co/c9XHm0OdEL
The Reynolds lab @salkinstitute has several postdoc positions available for a collaborative project with our group. This is an outstanding opportunity to work at the interface of visual and computational neuroscience. @Brains_CAN@BMI_WesternU@FieldsInstitute#compneuro
My paper on #travelingwaves with @neurojosh, Jackie Gottlieb, and @nicofoley is now @NatureComms
https://t.co/qKf0GPjA1h
Coordination of neural activity across space and time are crucial for optimal behaviors and #travelingwaves are signatures of this coordination!
Great working with @gbenigno1@budzinski_r, and the team @salkinstitute Zac Davis and John Reynolds, on this paper published @NatureComms!
Waves traveling over a map of visual space can ignite short-term predictions of sensory input
Link: https://t.co/ilQELQb63Y
Big congrats for talented PhD student Aoi Ichiyama for leading our new work and @sammestern for bridging in vivo and ex vivo neurophysiology with computational modeling. https://t.co/NuPBwlmHpV
How did neurons in prefrontal cortex evolve special firing properties, and how do single-neuron dynamics translate to the network level? Come work with us @BMI_WesternU and join an international NeuroNex team (https://t.co/cbvOWd8m6x) @YaleNeuro@nyuniversity in #compneuro!
I will be presenting some really exciting PVN-Hypothalamus research that encompasses computational, patch clamp, and in vivo modalities at @CNSorg#CNS2021Online Tomorrow! Come check it out at 10:40am on July 4th: https://t.co/e9HWWRD70p @NeuroLibre
Meet the "spotlighted" trainees of #CCNS v2: @gbenigno1, a grad student with @_mullerlab at @westernuAPMaths@BMI_WesternU, will discuss cortical traveling waves on Tuesday.
Read his abstract at https://t.co/GGyJmd9XuB and register for the meeting at https://t.co/UDONlU27CK.
Meet the "spotlighted" trainees of #CCNS v2: @gbenigno1, a grad student with @_mullerlab at @westernuAPMaths@BMI_WesternU, will discuss cortical traveling waves on Tuesday.
Read his abstract at https://t.co/GGyJmd9XuB and register for the meeting at https://t.co/UDONlU27CK.