Collision Entanglement Simulator

At the forefront of the studies that address subatomic particles, in the framework of nonstationary scattering theory, collision entanglement describes a phenomenon involving the entropy occurring between two colliding particles. Designed specifically in order to address the study of this phenomenon, Collision Entanglement Simulator will provide you with the means to learn more about the aforementioned aspects.

This application was created as a dedicated tool for simulating the collision entanglement between two particles. It will allow users to visualize the entanglement entropy, by employing red uncertainty circles post-particle collision.

The main working principle behind Collision Entanglement Simulator relies on generating the graphical representations of the two particles, as solid green circles, and then performing a calculation for the corresponding energy split and momentum of the particles, which is then later on used for simulating the entanglement.

When it comes to the actual visualization of the uncertainty, users will be able to preview it as red circles that are generated around each particle, having a proportional radius, in accordance with the standard deviation of the corresponding energy and momentum.

Last but not least, different fill and strokes are used for the particles and the uncertainty circles, and dedicated text labels are added for the energy and momentum values.