@joel_c_miller I'm just skeptical that there's that much heterogeneity (at least in contacts) for a respiratory disease. There may be other underlying heterogeneities but I don't expect contacts to be super skewed, per measurements with @marcelsalathe : h
The concept of bubbles comes directly from the science of networks - there is a long history of showing that more 'structured' networks, those with distinct communities and few random connections, generate slower & smaller epidemics. E.g. https://t.co/
RT @juemos: @marcelsalathe @3blue1brown @ncasenmare Cool video. The dynamics of the leaky-quarantine metapopulation model is reminiscent of…
RT @juemos: @marcelsalathe @3blue1brown @ncasenmare Cool video. The dynamics of the leaky-quarantine metapopulation model is reminiscent of…
@marcelsalathe @3blue1brown @ncasenmare Cool video. The dynamics of the leaky-quarantine metapopulation model is reminiscent of figure 2b, don't you think? https://t.co/Kv7K8A12lM
RT @EcoInvasions: Years ago, network ('small world') theory was popularized in books (eg. Linked by Barabasi; Six Degrees by Watts) that di…
RT @EcoInvasions: Years ago, network ('small world') theory was popularized in books (eg. Linked by Barabasi; Six Degrees by Watts) that di…
RT @EcoInvasions: Years ago, network ('small world') theory was popularized in books (eg. Linked by Barabasi; Six Degrees by Watts) that di…
Years ago, network ('small world') theory was popularized in books (eg. Linked by Barabasi; Six Degrees by Watts) that discussed the ubiquity & implications of scale-free networks. COVID19 exemplifies the need for network approaches to disease manageme