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Using this assumption, he developed a mathematical model in which particles and forces interact within a three-dimensional temporal framework. The important insight is that when this model is applied to fundamental particles, it can reproduce some of their known properties, particularly their masses.

For instance, the Standard Model of particle physics includes detailed data on particles like electrons, muons, and quarks, but it doesn't clearly explain why these particles have the masses they do.

Kletetschka's framework generates values that closely match the observed masses of these particles. This clearly shows that he's not just describing an abstract idea; he's using it to explain real-world measurements.