10.24.3 Can you answer these questions?

10.24.3.1 How to create a timeline branching graphics as shown in "Loki" one of the MCU TV programmes
10.24.3.2 Regional Rank Choice Voting on Maps
10.24.3.3 Issues in Reproducing Rippling Instability of Graphene using Mathematica from Physical Review B 101, 235428 (2020)
10.24.3.1 How to create a timeline branching graphics as shown in "Loki" one of the MCU TV programmes

https://mathematica.stackexchange.com/landing/r/digest?cta=question&id=305529

How to create a timeline image as shared below 
[plotting] [graphics] [graphs-and-networks] [trees]
 
asked by user444 https://mathematica.stackexchange.com/landing/r/digest?cta=user&id=84456 Score of 1
10.24.3.2 Regional Rank Choice Voting on Maps

https://mathematica.stackexchange.com/landing/r/digest?cta=question&id=305414

So, I made an algorithm to do rank choice voting on regions. Based on where you are, votes for candidates are stored in specific position in each list that labels the region. If there is a tie, then ... 
[graphs-and-networks] [code-request] [code-review] [geography] [geographics]
 
asked by Teg Louis https://mathematica.stackexchange.com/landing/r/digest?cta=user&id=89848 Score of 2
10.24.3.3 Issues in Reproducing Rippling Instability of Graphene using Mathematica from Physical Review B 101, 235428 (2020)

https://mathematica.stackexchange.com/landing/r/digest?cta=question&id=305524

I'm attempting to reproduce the numerical model of the rippling instability of graphene as described in the paper "Physical Review B 101, 235428 (2020)" using Mathematica. Specifically, I'm ... 
[differential-equations] [numerical-integration] [numerics] [numerical-value] [solidmechanics]
 
asked by Ferca https://mathematica.stackexchange.com/landing/r/digest?cta=user&id=62888 Score of 2