Problem Statement Today we create a scalable dynamic decentralized cluster identification protocol. An example to explain: We have a large number of drones (colored circles) that can communicate...
What would it look like to walk in a universe where geometry is broken? We will be able to bend space, shrink it, and connect it in strange ways. First, let’s discover that non-euclidean universes ...
Introduction Swarms with a large number of agents are beautiful to behold. For example, birds fly in flocks, and specifically, Starlings sometimes fly together in groups of thousands (it has a spec...
Concept Motivation Imagine an open world RPG where your actions affect the price of goods, the markets reacting to anything the player may do (burn down wheat fields, cost of food increases; kill t...
Fireflies There exists a somewhat magical phenomenon in nature where a swarm of fireflies will begin flashing in synchrony. Let’s recreate that behavior in simulation! “Fireflies” Starting si...
Problem Statement We have a bunch of small identical radios with LEDs, and we want to animate them as if they were one giant screen. This means we need to know the physical location of each radio r...
Where is brown on the color spectrum? It seems the rainbow left a color out. Why is that? Light has a single variable, frequency. If you only looked at a single photon at a time then the only poss...
Water is wild, let’s see if we can recreate any of its properties from simulations at the “molecular” level. But let’s not get ahead of ourselves, this isn’t some complicated fluid simulation, nor ...
Population dynamics Let us take a detour into the world of ecology, specifically, population dynamics. Ecosystems share that spirit of emergence that we’ve experienced in our simulated economy so f...
Scaling Up Currently, the economies are restricted to a single computer, but if we had trade routes that could travel over the internet, then we could have economies in literal different parts of t...
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