Issues like absolute zero and the randomness of particle movement are observed physical phenomena, but few have considered why these phenomena exist.
These are highly profound questions in physics.
The 'Particle Boundary Theory,' with a unique mathematical approach, describes the boundaries of particles and infers a random, non-cyclic energy distribution on the boundaries, providing explanations for some physical problems.
Perlmutter read it from start to finish, then started looking over detailed calculations to get a general impression of theoretical descriptions.
In the Particle Boundary Theory, how it describes particle boundary energy distribution resembles a snail's shell, coil upon coil spiraling inward, the start and endpoints never converge.
The energy of the particles is distributed in this way, their inherent energy will shift, and the direction of the shift is unpredictable. Based on the irregular prime number distribution, a situation emerges--