Part 6/10:
The experimental aspect involves creating simulations that model these theories, utilizing Python to visualize how energy propagates through a medium. By representing a 2D-cell structure simulating elasticity, we can examine how wave patterns interact under non-linear stress conditions.
Through simulations, researchers discovered intriguing outcomes. Shifts in values initially induced chaotic behaviors but ultimately presented opportunities for energy localization. When stress levels peak, confinement occurs, establishing a possible mechanism for the creation of analytical particles from wave energy.