2026-10-12T05:27:03Z
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2026-10-01T17:51:27Z
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<p>Synchronization indicators in inhibitory synapses of various lengths across all networks.</p>
Felix Benjamin Kern (17145132)
Takahisa Date (25158079)
Zenas C. Chao (17145135)
Medicine
Neuroscience
Biotechnology
Biological Sciences not elsewhere classified
Developmental Biology
Mental Health
Infectious Diseases
supercritical behavior compared
spike pairs outside
related systems organized
optimal information processing
network &# 8217
stochastic intrinsic activity
resulting network activity
spiking neural networks
operate near criticality
dimensional spiking networks
allow synaptic weights
inhibitory connectivity influences
range inhibitory synapses
development towards criticality
range synapses
synaptic weights
inhibitory connectivity
synaptic delays
inhibitory plasticity
full connectivity
weaker long
systematically constrain
storage capabilities
spatially distributed
spatial organization
spatial constraints
similar number
signal timing
potentiation window
low level
key determinant
dynamical development
development due
critical point
<p>Top, fraction of spike pairs occurring within 5 ms; bottom, deviation of the most frequent pre/post spike time difference from 0 ms. Indicators were calculated within each network separately, then averaged across all 50 networks in each grid cell. Spike timings were recorded from all spike pairs occurring within 50 ms and calculated without including conduction delays, as in Fig 8C. Grey areas indicate no data (i.e., there were no long-range synapses in short-range parameter settings).</p> <p>(TIF)</p>
2026-10-01T18:04:22Z
Image
Figure
10.1371/journal.pcbi.1014798.s009
https://figshare.com/articles/figure/_p_Synchronization_indicators_in_inhibitory_synapses_of_various_lengths_across_all_networks_p_/34049602
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