Neuronal avalanches and time-frequency representations in stimulus-evoked activity.

], excluding the interval 800–880 msec: at the highest threshold of 4.2 SD when Δt is equal or larger to 2.95 msec, and the interval 300–380 msec: at thresholds larger than 3.3 SD when Δt equal or larger than 2.95 msec, (the lower thresholds 3.3 and 3.6 SD or the smaller Δt 2.95 msec are related to marginally significant p-values (p < 0.1), higher thresholds while at larger Δt are non-significant), LLR stretched_Lognormal (min, max) = [2, 5 * 10 2 ], p(min, max) = [10 −324 , 4 * 10 −2 ], LLR truncPL_stretched (min, max) = [2, 10 3 ], (p(min, max) = [10 −324 , 5 * 10 −2 ], excluding the interval −80–0 msec with marginal significance p < 0.1 at highest threshold when Δt is the largest, and the interval 800–880 msec at highest threshold, 4.2 SD, while Δt larger than 0.98 msec ( i . e ., marginally significant at Δt 1.97 msec, and non-significance at larger Δt).

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of an exponentially truncated power law compared to lognormal and stretched exponential distributions for both evoked and rest: LLR truncPL_Lognormal > 4 * 10 1 , p < 10 −3 , LLR stretched_Lognormal > 10 1 , p < 10 −21 , LLR truncPL_stretched > 10 1 , (p < 10 −3 , with the exception of two segments of marginal significance p < 0.1, and two non-significant segments.

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Nonetheless, recently several publications pointed to the reported variations and possibly significant deviations from α = −3/2, questioning whether such measurements could reflect different critical exponents that potentially belong to universality classes of other distinct critical regimes 12 – 15 .

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