🦇 Bats | 🧫 Organoids | 🧠 Neuroethology
This week: Thalamocortical precision and learning
@takakikomiyama.bsky.social and team reveal how motor learning causes thalamic inputs to M1 to selectively activate neurons involved in learned movements
How does the brain train its own inputs? ⬇️
www.nature.com/articles/s41...
This week: Thalamocortical precision and learning
@takakikomiyama.bsky.social and team reveal how motor learning causes thalamic inputs to M1 to selectively activate neurons involved in learned movements
How does the brain train its own inputs? ⬇️
www.nature.com/articles/s41...
Can a single neuron hold the concept of a person?
Florian Mormann @unibonn.bsky.social discusses
“Single-neuron correlates of perception & memory in the human medial temporal lobe”
📅 May 14, 2025
🕓 4pm CEST
🔗 crowdcast.io/c/loops-seminars-v2
#Neuroscience #LoopsSeminars
Can a single neuron hold the concept of a person?
Florian Mormann @unibonn.bsky.social discusses
“Single-neuron correlates of perception & memory in the human medial temporal lobe”
📅 May 14, 2025
🕓 4pm CEST
🔗 crowdcast.io/c/loops-seminars-v2
#Neuroscience #LoopsSeminars
Join Prof. Jens Kremkow in this week’s exciting webinar as he explores how excitatory and inhibitory Superior Collicular neurons process retinal input in mice, with a comparison to thalamocortical circuits! 🧠🔄
🗓️April 9 | 4 PM CEST
🔗 www.crowdcast.io/c/loops-semi...
#spp #Neuro
Join Prof. Jens Kremkow in this week’s exciting webinar as he explores how excitatory and inhibitory Superior Collicular neurons process retinal input in mice, with a comparison to thalamocortical circuits! 🧠🔄
🗓️April 9 | 4 PM CEST
🔗 www.crowdcast.io/c/loops-semi...
#spp #Neuro
Thanks to everyone who joined our LOOPS symposium! Exciting times ahead for cortico-subcortical research. See you all at the next NWG!
Want to keep the discussions going? Check out our LOOPS webinars
🔗 brainloops.de/loops-webinars
#LOOPSatNWG @neurowissg.bsky.social
Thanks to everyone who joined our LOOPS symposium! Exciting times ahead for cortico-subcortical research. See you all at the next NWG!
Want to keep the discussions going? Check out our LOOPS webinars
🔗 brainloops.de/loops-webinars
#LOOPSatNWG @neurowissg.bsky.social
🧠 @muthujeyanthi.bsky.social shared fascinating insights on gamma oscillations in memory encoding.
🦇 @shivanihari.bsky.social gave an exciting talk on cerebellar activity predicting vocalization in bats.
#LoopsatNWG #Neuroscience
🧠 @muthujeyanthi.bsky.social shared fascinating insights on gamma oscillations in memory encoding.
🦇 @shivanihari.bsky.social gave an exciting talk on cerebellar activity predicting vocalization in bats.
#LoopsatNWG #Neuroscience
10:00 AM – Catch my poster T18-3C on Cerebellar activity predicting vocalizations in fruit bats
11:30 AM – I’ll be diving deeper into the same topic at Symposium 22 in Hall 104
🦇🧠 #LOOPSatNWG
@neurowissg.bsky.social
@brainloops.bsky.social
@neuroethology.org
10:00 AM – Catch my poster T18-3C on Cerebellar activity predicting vocalizations in fruit bats
11:30 AM – I’ll be diving deeper into the same topic at Symposium 22 in Hall 104
🦇🧠 #LOOPSatNWG
@neurowissg.bsky.social
@brainloops.bsky.social
@neuroethology.org
Don’t miss Symposium 6: Sensing LOOPS 🧠
📍 Hall 9
⏰ In 30 min – 14:30-16:30
Join us as we explore how cortico-subcortical loops shape adaptive sensing, perception, learning, and plasticity across species and sensory systems.
Come loop in! 🔄 #Neuroscience #LoopsatNWG
Don’t miss Symposium 6: Sensing LOOPS 🧠
📍 Hall 9
⏰ In 30 min – 14:30-16:30
Join us as we explore how cortico-subcortical loops shape adaptive sensing, perception, learning, and plasticity across species and sensory systems.
Come loop in! 🔄 #Neuroscience #LoopsatNWG
🧠 Sensing LOOPS: Cortico-Subcortical Interactions for Adaptive Sensing & Learning
📅 26.03.25 at 14:30
📍 Lecture Hall 9
Join us for a diverse lineup of loops! 🔁
#spp #nwg #neuro
🧠 Sensing LOOPS: Cortico-Subcortical Interactions for Adaptive Sensing & Learning
📅 26.03.25 at 14:30
📍 Lecture Hall 9
Join us for a diverse lineup of loops! 🔁
#spp #nwg #neuro
This week: Thalamocortical loops & learning
@seanescola.bsky.social & team show how corticothalamic connectivity optimizes motor control & working memory in mouse model
How does the thalamus fine-tune cortical activity? Check out! ⬇️
www.sciencedirect.com/science/arti...
#spp
This week: Thalamocortical loops & learning
@seanescola.bsky.social & team show how corticothalamic connectivity optimizes motor control & working memory in mouse model
How does the thalamus fine-tune cortical activity? Check out! ⬇️
www.sciencedirect.com/science/arti...
#spp
This week: Gamma oscillations & interneuron timing
New study from our loopie! Irene Onorato & @martinavinck.bsky.social show PV & Sst interneurons have distinct phase locking & spike timing during gamma in visual cortex ⬇️
www.sciencedirect.com/science/arti...
#spp #brainloops
This week: Gamma oscillations & interneuron timing
New study from our loopie! Irene Onorato & @martinavinck.bsky.social show PV & Sst interneurons have distinct phase locking & spike timing during gamma in visual cortex ⬇️
www.sciencedirect.com/science/arti...
#spp #brainloops
Every week, we’ll share an interesting paper on neural loops and the circuits that shape perception, cognition, and more. From bioacoustics to brain organoids, if it loops, we’re talking about it!
Stay tuned! 🧠🔄⚡
Got an interesting paper? Share it with us with #spp
Every week, we’ll share an interesting paper on neural loops and the circuits that shape perception, cognition, and more. From bioacoustics to brain organoids, if it loops, we’re talking about it!
Stay tuned! 🧠🔄⚡
Got an interesting paper? Share it with us with #spp
This week: Human assembloids & thalamocortical loops
@ji-ilkim.bsky.social & @sergiuppasca.bsky.social show how CACNA1G variants disrupt projections and its link to schizophrenia
Do calcium channels shape neural loops? Check out!
doi.org/10.1016/j.ne...
#spp #brainloops #neuro
This week: Human assembloids & thalamocortical loops
@ji-ilkim.bsky.social & @sergiuppasca.bsky.social show how CACNA1G variants disrupt projections and its link to schizophrenia
Do calcium channels shape neural loops? Check out!
doi.org/10.1016/j.ne...
#spp #brainloops #neuro