Quarks and Antimatter

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The Standard Model

According to scientists, all particles are described by a "Standard Model" emerged from a Big Bang no larger than a pinhead. The Spacetime Model challenges this view, considering it irrational, and therefore does not endorse it. A full chapter in Part 5 is devoted exclusively to the Big Bang.

The Wave Model

Initially, this model described the arrangement of electrons within atomic orbitals. It was later extended to include quarks. Ultimately, the Wave Model—complementary to the Spacetime Model—offers explanations for several quantum mechanical enigmas.

The "sCells"

Max Planck and Albert Einstein rejected the idea of a continuous medium, proposing instead that nature is composed of discrete quanta. While this doesn't necessarily prove them right, their perspective—when adapted to the Spacetime Model—helps resolve several quantum mysteries. In other words, the foundational idea of Planck and Einstein is both logical and grounded in sound reasoning. The new concept introduced in this section, termed "sCells", can thus be seen as a continuation of their work.

Quarks and Antimatter

Many puzzles surrounding quarks and antimatter can be addressed using the principles of the Wave Model and the concept of sCells. Here, in Part 3, we explore these two fundamental aspects of quantum mechanics in greater depth.