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Big Bang - The Ulliverse in a Pot
The arrangement and the idea initially follow the Brownian Motion, but here it is about nothing less than the universe – pardon – the Ulliverse in a pot. The familiar parameters of Particle Count, Temperature, and Particle Size remain unchanged. In the year 2025, the Big Bang theory is once again increasingly discussed and sometimes even questioned. I do not wish to go that far; my simulation is intended to model what happens when matter and antimatter particles (red and blue, respectively) collide and annihilate each other (destroy each other). Similar particles and the walls of the container produce normal collisions (think of the movie Illuminati based on the novel by Dan Brown). To make things a bit more exciting, I have added a mechanism by which, with probability p, a new particle (matter or antimatter) is generated from the energy of an annihilation. Whether a newly created particle is matter or antimatter is determined by a second probability. With these parameters, all settings are in place to create your very own universe in a pot. Which side will prevail?
Matter: 0 Antimatter: 0
Particle Count: 50 Temperature: 2
Particle Size: 5 Initial Spacing: 15
In an annihilation, p(new particle): 50
New particle, p(Matter/Antimatter): 50
The Ulliverse in a pot
Use the parameters Particle Count, Temperature, Particle Size and Initial Spacing to influence the simulation. The red particles are matter particles, the blue represent the antimatter particles. The following two probability parameters determine how often a new particle is generated in a matter-antimatter collision and what type it is. Which Ulliverse will emerge? Big Bang!