@TMoldwin @KordingLab @DavidBeniaguev @TPVogels @tfburns w/out plasticity there are a lot of works relating connectivity to dynamics under specific neuron models. Eg classic phase diagrams in Brunel 2000 relating E/I ratio and strength of external drive
@Raamana_ @KordingLab @JulioMTNeuro An example is this model in which anatomical connectivity (synaptic strength) ⬆️ leads to correlation (functional connectivity) ⬇️. In Fig 6, as g (~ inhibitory synaptic strength) ⬆️, the network goes from synchronous (
@MillerLabMIT @NicoleCRust @TonyZador things like bipolar cells, which communicate w/o spikes. The Brunel paper: https://t.co/ZbxOdHuUiC 3/3
@DrYohanJohn Theorists have worked on this issue for a good while now. Eg this classic paper by Brunel https://t.co/Om8FUWWQ36
RT @cian_neuro: @WiringTheBrain I remember saying the same thing to my PhD advisor and he replied "well... turns out it's not so easy". Th…
@WiringTheBrain I remember saying the same thing to my PhD advisor and he replied "well... turns out it's not so easy". This classic paper from Brunel shows four possible states in network models, synch vs asynch and regular firing vs irregular https://t.
@JMontijn I mean in the Brunel sense: https://t.co/BVbTe1ocg1 https://t.co/FXtSJTSlDZ
RT @tkf: @_kohta フォッカープランクを介して平均場近似と安定性解析するやつがあります https://t.co/IECFnfLAYS
RT @tkf: @_kohta フォッカープランクを介して平均場近似と安定性解析するやつがあります https://t.co/IECFnfLAYS
RT @tkf: @_kohta フォッカープランクを介して平均場近似と安定性解析するやつがあります https://t.co/IECFnfLAYS
@_kohta フォッカープランクを介して平均場近似と安定性解析するやつがあります https://t.co/IECFnfLAYS