We go deep on the pairwise distance distribution.
And along the way, we model the distribution of houses in Denmark using old-school statistical physics and then connect everything through considering the inter/intra city mobility.
We go deep on the pairwise distance distribution.
And along the way, we model the distribution of houses in Denmark using old-school statistical physics and then connect everything through considering the inter/intra city mobility.
The way we unearth the power law is that in considering the raw mobility data (orange line), we account for the moves that are possible (blue line) encoded as the distribution of pairwise distances between locations.
The way we unearth the power law is that in considering the raw mobility data (orange line), we account for the moves that are possible (blue line) encoded as the distribution of pairwise distances between locations.
I love this paper for many reasons, but one is that we find beautiful 1/x power-law that spans 6 orders of magnitude hidden within the "ugly" distribution raw mobility data.
I love this paper for many reasons, but one is that we find beautiful 1/x power-law that spans 6 orders of magnitude hidden within the "ugly" distribution raw mobility data.
This one blew my mind and restored my faith in humanity!
(I recommend watching with sound on!)
This one blew my mind and restored my faith in humanity!
(I recommend watching with sound on!)