RT @DrBreaky: @DaveMomi @CAMH_KCNI @neurodidact This is a beautiful review Davide! For the RRW NFT I think there is strong empirical and th…

RT @DrBreaky: @DaveMomi @CAMH_KCNI @neurodidact This is a beautiful review Davide! For the RRW NFT I think there is strong empirical and th…

@DaveMomi @CAMH_KCNI @neurodidact This is a beautiful review Davide! For the RRW NFT I think there is strong empirical and theoretical evidence that the alpha rhythm is a fundamentally multistable phenomenon - see: https://t.co/ma8ozdMDvI https://t.co/EIM

The mechanics of Prioritize-Execute, but painted in Math 🥰🔬 https://t.co/eEXGXpzo8t

RT @DrBreaky: @jmacshine Thanks Mac - main paper will be the PLoS CB one below. I'll start with the simplest dynamical system and aim to…

RT @DrBreaky: @jmacshine Thanks Mac - main paper will be the PLoS CB one below. I'll start with the simplest dynamical system and aim to…

@jmacshine Thanks Mac - main paper will be the PLoS CB one below. I'll start with the simplest dynamical system and aim to build up from there. No equations (or perhaps the odd polynomial) https://t.co/ma8oze3GxI

@furlanel @DaniSBassett @KordingLab @dan_marinazzo @dann_benjamin @eran11 @slax_operad @jpillowtime @upenn @anilkseth 2/n: The mapping f(x) --> y is the generative model. f(x) can be simply linear or higher order as required (see: https://t.co/YkwyM8YBc

RT @introspection: A Canonical Model of #Multistability and Scale-Invariance in Biological Systems http://t.co/HRl2lJR8 #Multiscale #PLoS cc @normonics

A Canonical Model of #Multistability and Scale-Invariance in Biological Systems http://t.co/HRl2lJR8 #Multiscale #PLoS cc @normonics

Canonical Model of Multistability and Scale-Invariance in Biological Systems http://t.co/OvVn2O43 #nonlinear #dynamics #complexity #mathbio