#compneuro — Public Fediverse posts
Live and recent posts from across the Fediverse tagged #compneuro, aggregated by home.social.
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Last chance to volunteer as a Neuromatch or Climatematch Professional Development Mentor!
Just 3 volunteer hours across three 1-hour sessions this July.
Learn more and apply before 29 May: https://neuromatch.io/mentorship/
#Mentorship #CompNeuro #DeepLearning #ClimateScience #NeuroAI #AcademicCommunity
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Last chance to volunteer as a Neuromatch or Climatematch Professional Development Mentor!
Just 3 volunteer hours across three 1-hour sessions this July.
Learn more and apply before 29 May: https://neuromatch.io/mentorship/
#Mentorship #CompNeuro #DeepLearning #ClimateScience #NeuroAI #AcademicCommunity
-
Last chance to volunteer as a Neuromatch or Climatematch Professional Development Mentor!
Just 3 volunteer hours across three 1-hour sessions this July.
Learn more and apply before 29 May: https://neuromatch.io/mentorship/
#Mentorship #CompNeuro #DeepLearning #ClimateScience #NeuroAI #AcademicCommunity
-
Last chance to volunteer as a Neuromatch or Climatematch Professional Development Mentor!
Just 3 volunteer hours across three 1-hour sessions this July.
Learn more and apply before 29 May: https://neuromatch.io/mentorship/
#Mentorship #CompNeuro #DeepLearning #ClimateScience #NeuroAI #AcademicCommunity
-
Last chance to volunteer as a Neuromatch or Climatematch Professional Development Mentor!
Just 3 volunteer hours across three 1-hour sessions this July.
Learn more and apply before 29 May: https://neuromatch.io/mentorship/
#Mentorship #CompNeuro #DeepLearning #ClimateScience #NeuroAI #AcademicCommunity
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Short-term #synaptic #plasticity (#STP) transiently modulates synaptic strength based on recent activity. #ShortTermDepression #STD reduces efficacy during repeated activity, while #ShortTermFacilitation #STF can enhance responses to closely spaced #spikes. These dynamics shape #NeuralProcessing, #filtering, and synaptic #homeostasis. Here's a short #Python implementation and simulation in #NESTSimulator:
🌍 https://www.fabriziomusacchio.com/blog/2026-05-25-std_and_stf/
#CompNeuro #Neuroscience #NeuralDynamics #TsodyksMarkramModel
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Short-term #synaptic #plasticity (#STP) transiently modulates synaptic strength based on recent activity. #ShortTermDepression #STD reduces efficacy during repeated activity, while #ShortTermFacilitation #STF can enhance responses to closely spaced #spikes. These dynamics shape #NeuralProcessing, #filtering, and synaptic #homeostasis. Here's a short #Python implementation and simulation in #NESTSimulator:
🌍 https://www.fabriziomusacchio.com/blog/2026-05-25-std_and_stf/
#CompNeuro #Neuroscience #NeuralDynamics #TsodyksMarkramModel
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Short-term #synaptic #plasticity (#STP) transiently modulates synaptic strength based on recent activity. #ShortTermDepression #STD reduces efficacy during repeated activity, while #ShortTermFacilitation #STF can enhance responses to closely spaced #spikes. These dynamics shape #NeuralProcessing, #filtering, and synaptic #homeostasis. Here's a short #Python implementation and simulation in #NESTSimulator:
🌍 https://www.fabriziomusacchio.com/blog/2026-05-25-std_and_stf/
#CompNeuro #Neuroscience #NeuralDynamics #TsodyksMarkramModel
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Short-term #synaptic #plasticity (#STP) transiently modulates synaptic strength based on recent activity. #ShortTermDepression #STD reduces efficacy during repeated activity, while #ShortTermFacilitation #STF can enhance responses to closely spaced #spikes. These dynamics shape #NeuralProcessing, #filtering, and synaptic #homeostasis. Here's a short #Python implementation and simulation in #NESTSimulator:
🌍 https://www.fabriziomusacchio.com/blog/2026-05-25-std_and_stf/
#CompNeuro #Neuroscience #NeuralDynamics #TsodyksMarkramModel
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Short-term #synaptic #plasticity (#STP) transiently modulates synaptic strength based on recent activity. #ShortTermDepression #STD reduces efficacy during repeated activity, while #ShortTermFacilitation #STF can enhance responses to closely spaced #spikes. These dynamics shape #NeuralProcessing, #filtering, and synaptic #homeostasis. Here's a short #Python implementation and simulation in #NESTSimulator:
🌍 https://www.fabriziomusacchio.com/blog/2026-05-25-std_and_stf/
#CompNeuro #Neuroscience #NeuralDynamics #TsodyksMarkramModel
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@computingnature The idea is provocative: Spontaneous activity may reflect a useful "critical initialization" for biological networks, providing a dynamical scaffold for #memory and time-dependent #computation.
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@computingnature The idea is provocative: Spontaneous activity may reflect a useful "critical initialization" for biological networks, providing a dynamical scaffold for #memory and time-dependent #computation.
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@computingnature The idea is provocative: Spontaneous activity may reflect a useful "critical initialization" for biological networks, providing a dynamical scaffold for #memory and time-dependent #computation.
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@computingnature The idea is provocative: Spontaneous activity may reflect a useful "critical initialization" for biological networks, providing a dynamical scaffold for #memory and time-dependent #computation.
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@computingnature The idea is provocative: Spontaneous activity may reflect a useful "critical initialization" for biological networks, providing a dynamical scaffold for #memory and time-dependent #computation.
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🧠 New paper by Pachitariu … @computingnature: spontaneous brainwide activity in mice shows macroscopic coordination that resembles linear dynamics driven by a critically normalized random symmetric matrix.
#Cortical and brainwide recordings showed power-law variance spectra, slow global activity modes, and little rotational structure, unlike #CA1, which looked closer to an efficient, less correlated code.
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The #brain’s code seems to be in constant flux. #Neurons fire much more erratically than researchers thought. What does that mean for how the brain works?
🌍 https://www.nature.com/articles/d41586-026-01554-0 by Diana Kwon
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🧠 New paper by Chiu et al: #SST #interneurons do not only suppress #dendritic signaling. Via tonic activation of α5 #GABA receptors, they can paradoxically enhance AP-evoked dendritic #CalciumSignaling in #cortical #pyramidal #neurons.
Mechanistically, tonic #GABA hyperpolarizes #dendrites & deinactivates low-threshold voltage-gated #calcium channels, increasing calcium influx and facilitating calcium-dependent inhibitory #SynapticPlasticity.
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🧠 New paper by Chiu et al: #SST #interneurons do not only suppress #dendritic signaling. Via tonic activation of α5 #GABA receptors, they can paradoxically enhance AP-evoked dendritic #CalciumSignaling in #cortical #pyramidal #neurons.
Mechanistically, tonic #GABA hyperpolarizes #dendrites & deinactivates low-threshold voltage-gated #calcium channels, increasing calcium influx and facilitating calcium-dependent inhibitory #SynapticPlasticity.
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🧠 New paper by Chiu et al: #SST #interneurons do not only suppress #dendritic signaling. Via tonic activation of α5 #GABA receptors, they can paradoxically enhance AP-evoked dendritic #CalciumSignaling in #cortical #pyramidal #neurons.
Mechanistically, tonic #GABA hyperpolarizes #dendrites & deinactivates low-threshold voltage-gated #calcium channels, increasing calcium influx and facilitating calcium-dependent inhibitory #SynapticPlasticity.
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🧠 New paper by Chiu et al: #SST #interneurons do not only suppress #dendritic signaling. Via tonic activation of α5 #GABA receptors, they can paradoxically enhance AP-evoked dendritic #CalciumSignaling in #cortical #pyramidal #neurons.
Mechanistically, tonic #GABA hyperpolarizes #dendrites & deinactivates low-threshold voltage-gated #calcium channels, increasing calcium influx and facilitating calcium-dependent inhibitory #SynapticPlasticity.
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🧠 New paper by Chiu et al: #SST #interneurons do not only suppress #dendritic signaling. Via tonic activation of α5 #GABA receptors, they can paradoxically enhance AP-evoked dendritic #CalciumSignaling in #cortical #pyramidal #neurons.
Mechanistically, tonic #GABA hyperpolarizes #dendrites & deinactivates low-threshold voltage-gated #calcium channels, increasing calcium influx and facilitating calcium-dependent inhibitory #SynapticPlasticity.
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🧠 New paper by Phillips et al: #Neuroplex combines #miniscope #CalciumImaging with multiplexed #SpectralImaging through the same #GRINlens, allowing up to 9 projection-defined #NeuronalPopulations to be identified in freely #behaving mice. Instead of measuring activity alone, the approach links #FunctionalDynamics directly to circuit identity within the same animal and behavioral session.
📝 https://doi.org/10.7554/eLife.110277
#Neuroscience #CompNeuro #NeuralCircuits #Imaging @eLife https://fediscience.org/@eLife/116589668668928682
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🧠 New paper by Phillips et al: #Neuroplex combines #miniscope #CalciumImaging with multiplexed #SpectralImaging through the same #GRINlens, allowing up to 9 projection-defined #NeuronalPopulations to be identified in freely #behaving mice. Instead of measuring activity alone, the approach links #FunctionalDynamics directly to circuit identity within the same animal and behavioral session.
📝 https://doi.org/10.7554/eLife.110277
#Neuroscience #CompNeuro #NeuralCircuits #Imaging @eLife https://fediscience.org/@eLife/116589668668928682
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🧠 New paper by Phillips et al: #Neuroplex combines #miniscope #CalciumImaging with multiplexed #SpectralImaging through the same #GRINlens, allowing up to 9 projection-defined #NeuronalPopulations to be identified in freely #behaving mice. Instead of measuring activity alone, the approach links #FunctionalDynamics directly to circuit identity within the same animal and behavioral session.
📝 https://doi.org/10.7554/eLife.110277
#Neuroscience #CompNeuro #NeuralCircuits #Imaging @eLife https://fediscience.org/@eLife/116589668668928682
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🧠 New paper by Phillips et al: #Neuroplex combines #miniscope #CalciumImaging with multiplexed #SpectralImaging through the same #GRINlens, allowing up to 9 projection-defined #NeuronalPopulations to be identified in freely #behaving mice. Instead of measuring activity alone, the approach links #FunctionalDynamics directly to circuit identity within the same animal and behavioral session.
📝 https://doi.org/10.7554/eLife.110277
#Neuroscience #CompNeuro #NeuralCircuits #Imaging @eLife https://fediscience.org/@eLife/116589668668928682
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🧠 New paper by Phillips et al: #Neuroplex combines #miniscope #CalciumImaging with multiplexed #SpectralImaging through the same #GRINlens, allowing up to 9 projection-defined #NeuronalPopulations to be identified in freely #behaving mice. Instead of measuring activity alone, the approach links #FunctionalDynamics directly to circuit identity within the same animal and behavioral session.
📝 https://doi.org/10.7554/eLife.110277
#Neuroscience #CompNeuro #NeuralCircuits #Imaging @eLife https://fediscience.org/@eLife/116589668668928682
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Easy false alarms still looked neurally like "correct rejections", while difficult false alarms shifted toward "hit-like" #PopulationActivity, suggesting #PMC encodes what the animal believes it heard rather than simply whether it licked.
🧵2/2
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Easy false alarms still looked neurally like "correct rejections", while difficult false alarms shifted toward "hit-like" #PopulationActivity, suggesting #PMC encodes what the animal believes it heard rather than simply whether it licked.
🧵2/2
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Easy false alarms still looked neurally like "correct rejections", while difficult false alarms shifted toward "hit-like" #PopulationActivity, suggesting #PMC encodes what the animal believes it heard rather than simply whether it licked.
🧵2/2
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Easy false alarms still looked neurally like "correct rejections", while difficult false alarms shifted toward "hit-like" #PopulationActivity, suggesting #PMC encodes what the animal believes it heard rather than simply whether it licked.
🧵2/2
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Easy false alarms still looked neurally like "correct rejections", while difficult false alarms shifted toward "hit-like" #PopulationActivity, suggesting #PMC encodes what the animal believes it heard rather than simply whether it licked.
🧵2/2
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In mouse #BarrelCortex, slow recurrent background fluctuations appear to compensate for the tiny dendrites of L4 spiny stellate #neurons, allowing even single #thalamocortical #spikes to be reliably represented at the population level with millisecond precision.
🧵2/2
📝 https://doi.org/10.1371/journal.pbio.3003789
#Neuroscience #CompNeuro #NeuralCoding #PopulationCoding #Cortex
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In mouse #BarrelCortex, slow recurrent background fluctuations appear to compensate for the tiny dendrites of L4 spiny stellate #neurons, allowing even single #thalamocortical #spikes to be reliably represented at the population level with millisecond precision.
🧵2/2
📝 https://doi.org/10.1371/journal.pbio.3003789
#Neuroscience #CompNeuro #NeuralCoding #PopulationCoding #Cortex
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In mouse #BarrelCortex, slow recurrent background fluctuations appear to compensate for the tiny dendrites of L4 spiny stellate #neurons, allowing even single #thalamocortical #spikes to be reliably represented at the population level with millisecond precision.
🧵2/2
📝 https://doi.org/10.1371/journal.pbio.3003789
#Neuroscience #CompNeuro #NeuralCoding #PopulationCoding #Cortex
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In mouse #BarrelCortex, slow recurrent background fluctuations appear to compensate for the tiny dendrites of L4 spiny stellate #neurons, allowing even single #thalamocortical #spikes to be reliably represented at the population level with millisecond precision.
🧵2/2
📝 https://doi.org/10.1371/journal.pbio.3003789
#Neuroscience #CompNeuro #NeuralCoding #PopulationCoding #Cortex
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In mouse #BarrelCortex, slow recurrent background fluctuations appear to compensate for the tiny dendrites of L4 spiny stellate #neurons, allowing even single #thalamocortical #spikes to be reliably represented at the population level with millisecond precision.
🧵2/2
📝 https://doi.org/10.1371/journal.pbio.3003789
#Neuroscience #CompNeuro #NeuralCoding #PopulationCoding #Cortex
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Science shouldn't be locked behind closed doors.
We open-source our code & educational materials so anyone, anywhere can learn, reuse, and adapt.
🔓 Explore our open resources: https://neuromatch.io/open-education-resources/
#OpenScience #OpenAccess #CompNeuro #DeepLearning #NeuroAI #ComputationalScience
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Science shouldn't be locked behind closed doors.
We open-source our code & educational materials so anyone, anywhere can learn, reuse, and adapt.
🔓 Explore our open resources: https://neuromatch.io/open-education-resources/
#OpenScience #OpenAccess #CompNeuro #DeepLearning #NeuroAI #ComputationalScience
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Science shouldn't be locked behind closed doors.
We open-source our code & educational materials so anyone, anywhere can learn, reuse, and adapt.
🔓 Explore our open resources: https://neuromatch.io/open-education-resources/
#OpenScience #OpenAccess #CompNeuro #DeepLearning #NeuroAI #ComputationalScience
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Science shouldn't be locked behind closed doors.
We open-source our code & educational materials so anyone, anywhere can learn, reuse, and adapt.
🔓 Explore our open resources: https://neuromatch.io/open-education-resources/
#OpenScience #OpenAccess #CompNeuro #DeepLearning #NeuroAI #ComputationalScience
-
Science shouldn't be locked behind closed doors.
We open-source our code & educational materials so anyone, anywhere can learn, reuse, and adapt.
🔓 Explore our open resources: https://neuromatch.io/open-education-resources/
#OpenScience #OpenAccess #CompNeuro #DeepLearning #NeuroAI #ComputationalScience
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RE: https://mstdn.science/@TrendsCognSci/116567315636239574
Could be interesting…but can’t read it, it’s behind a #paywall. Maybe I read it when I‘m back at the institute…
Valizadeh (2026), Rhythmic sampling of decision alternatives through attention
📝 https://doi.org/10.1016/j.tics.2026.04.010 -
RE: https://mstdn.science/@TrendsCognSci/116567315636239574
Could be interesting…but can’t read it, it’s behind a #paywall. Maybe I read it when I‘m back at the institute…
Valizadeh (2026), Rhythmic sampling of decision alternatives through attention
📝 https://doi.org/10.1016/j.tics.2026.04.010 -
RE: https://mstdn.science/@TrendsCognSci/116567315636239574
Could be interesting…but can’t read it, it’s behind a #paywall. Maybe I read it when I‘m back at the institute…
Valizadeh (2026), Rhythmic sampling of decision alternatives through attention
📝 https://doi.org/10.1016/j.tics.2026.04.010 -
RE: https://mstdn.science/@TrendsCognSci/116567315636239574
Could be interesting…but can’t read it, it’s behind a #paywall. Maybe I read it when I‘m back at the institute…
Valizadeh (2026), Rhythmic sampling of decision alternatives through attention
📝 https://doi.org/10.1016/j.tics.2026.04.010 -
We’re looking for PhD-level researchers or those with equivalent industry experience to volunteer as Professional Development Mentors for our July 2026 courses in #CompNeuro, #DeepLearning, #NeuroAI, and #ClimateScience.
The commitment is just 3 hours total (three 1-hour sessions).
Learn more and apply: https://neuromatch.io/mentorship/
-
We’re looking for PhD-level researchers or those with equivalent industry experience to volunteer as Professional Development Mentors for our July 2026 courses in #CompNeuro, #DeepLearning, #NeuroAI, and #ClimateScience.
The commitment is just 3 hours total (three 1-hour sessions).
Learn more and apply: https://neuromatch.io/mentorship/
-
We’re looking for PhD-level researchers or those with equivalent industry experience to volunteer as Professional Development Mentors for our July 2026 courses in #CompNeuro, #DeepLearning, #NeuroAI, and #ClimateScience.
The commitment is just 3 hours total (three 1-hour sessions).
Learn more and apply: https://neuromatch.io/mentorship/
-
We’re looking for PhD-level researchers or those with equivalent industry experience to volunteer as Professional Development Mentors for our July 2026 courses in #CompNeuro, #DeepLearning, #NeuroAI, and #ClimateScience.
The commitment is just 3 hours total (three 1-hour sessions).
Learn more and apply: https://neuromatch.io/mentorship/