Voting Systems and Fairness
Compare plurality, runoff, Borda count and head-to-head fairness using the same voter profile.
Beauty in maths topic
Game theory studies decisions when outcomes depend on what other people, systems or agents choose to do.
4
live pages
1
prototype tools
3
planned ideas
Payoff tables, best responses and Nash equilibrium
Cooperation, trust and repeated games
Voting systems and fairness
Auctions, incentives and strategic behaviour
Links to economics, ecology, AI and social systems
What changes when another decision-maker is also trying to optimise?
When is cooperation stable?
Can a voting system be fair in every reasonable sense?
These are the pages currently available to open from this topic.
These ideas are not built yet, but they show where this topic could grow next.
Planned tool for payoff tables, best responses, dominant strategies and Nash equilibrium.
Planned simulator for cooperation, betrayal, repeated play and the emergence of trust.
Planned page about bids, value, information and how rules shape behaviour.
A portal for connected mathematical explorations: pattern, surprise, structure, nature and emergence.
Randomness, evidence, simulation, modelling, optimisation and machine learning ideas.
Truth, argument, proof, contradiction, paradox and the foundations of mathematical reasoning.
Optimisation, scheduling, routing, allocation and making good decisions under constraints.
This area is perfect for active exploration: predict the strategy, test it, then look for the rule that changes the outcome.