Computational Systems Neuroscience Lab

Welcome to the Lab of M.J. Chacron.
Our goal is to understand how sensory information is processed within the brain to give rise to behavioural responses.

[PLOS Biology @PLOSBiology]

#SelfMotion is detected by #vestibular end organs but how do neural populations represent this info? @CompSystNeuroL shows that neurons in early vestibular pathways are adapted to stats of natural self-motion stimuli at the population level #PLOSBiology https://t.co/OPpEOrN4Wh

[Computational Systems Neuroscience Lab @CompSystNeuroL]

Congrats to Mohammad for his new paper on population coding: https://t.co/OtF1yJEeYf

@PLOS @PLOSBiology @mcgillu @McGillPhysioloG #neurotwitter #neuroAI #AI #Science

[Michael G Metzen @MetzenMichaelG]

Interested in how feedback impacts on response heterogeneity? Check out our latest work published @iScience_CP :

Descending pathways increase sensory neural response heterogeneity to facilitate decoding and behavior

[Efish Connection @EfishConnection]

Remember our EFish meeting the first day of June! Salomon and Megan will share their cool research with us :) See you there!

[Quantitative Life Sciences @QLSMcGill]

Congratulations to QLS student Myriah Haggard @HaggardMyriah and PI Maurice Chacron @CompSystNeuroL for their recent article!
https://t.co/6EasWoXY0f

[Computational Systems Neuroscience Lab @CompSystNeuroL]

Check out our latest manuscript on population coding. Spatially dependent correlations and heterogeneity help improve information transmission!
@PLOSCompBiol @mcgillu @McGillPhysioloG
#neuroscience #Brain
https://t.co/zp5WI2SjTY

[jcarriot @jcarriot]

Come to see our #SfN22 talk and posters:
Monday 14th 11:00 at the @neuronexustech booth 2717
Wednesday 16th 8 to 12:00 posters 632.04 and 632.07 @CompSystNeuroL

@mcgillu @McGillPhysioloG @TheCullenLab @curious_neuron @NatureComms @PNASNews
#neurotwitter #neuroscience

[Nature Computational Science @NatComputSci]

Accompanying News & Views by Maurice Chacron (@CompSystNeuroL) at https://t.co/krkVwp00eA https://t.co/N6KQzbtVde

[jcarriot @jcarriot]

Check out our new paper: https://t.co/XyVKUYztQu
Thalamic neuronal response to natural head movements.
@NatureComms @NaturePortfolio @mcgillu @CAN_ACN @ncm_soc @CompSystNeuroL @curious_neuron @TheCullenLab @JohnHopkins @VestibularToday #neuroscience #neurotwitter

[jcarriot @jcarriot]

After have presented our work at https://t.co/tqjfJ9F4Vs in April...
We will be presenting at NEUROSCIENCES IN SPACE: A FENS OFFICIAL SATELLITE EVENT in Paris in July. Come join us https://t.co/B1USfh34VH

[Nature Communications @NatureComms]

Vestibular afferents unambiguously convey information about passive and active self-motion in a context-independent manner

https://t.co/CMCABAjgHQ

@TheCullenLab @jcarriot

[Computational Systems Neuroscience Lab @CompSystNeuroL]

@jcarriot @NatureComms @TheCullenLab @mcgillu @McGill_VPRI @CIHR_IRSC @CAN_ACN @NeuroLingoMTL @SfNtweets @FENSorg Does the vestibular efferent system modulate vestibular sensory feedback for walking? Check it out in our new article where we record directly from vestibular afferents in walking primates!

[jcarriot @jcarriot]

https://t.co/qW3VdEJEvI
#Againsttheodds #WeWonTGiveUp @NatureComms @TheCullenLab @CompSystNeuroL @mcgillu @McGill_VPRI @CIHR_IRSC @CAN_ACN @NeuroLingoMTL @SfNtweets @FENSorg