Read on Twitter
It's a physics based simulation. Assuming population movements dynamics to be similar (at least in aggregate) to those of billiard balls bouncing on a flat frictionless table. https://twitter.com/BarackObama/status/1239267360739074048
More simulations. Other different assumptions (including Lattice based). https://twitter.com/KevinSimler/status/1239615295351709696
Community based Model. https://twitter.com/wtgowers/status/1240688178454867968
Cellular Model. https://twitter.com/yaneerbaryam/status/1238792787811762181
Another copy of original physics based simulation. https://twitter.com/3blue1brown/status/1241082514023649280
SEIR model with code. https://twitter.com/RS_McGee/status/1242949797247508480
Brownian motion simulation with more scenarios. https://twitter.com/3blue1brown/status/1243626983763742720
Good thread on SIR model, estimates and the limit of exponential modelling. https://twitter.com/alex_adamou/status/1243898661731434496
Extreme Value Theory is the missing link in simulation studies. So many times the tail of the distribution is missing from the picture. https://twitter.com/nntaleb/status/1246047856668139520
The simulation smorgasbord is getting larger. Here's another (teaser) implementation of Fergusons decade old model. SIR is very trendy nowadays. These models, however, are over-parametrized imo. https://twitter.com/ncasenmare/status/1246098656517861376
Some limitations of SIR. https://twitter.com/financequant/status/1246111462738853891
