New description of quarks, gluons, the strong interaction, β⁻ decay, the W⁻ weak boson, and the three generations of charged leptons and quarks.

By observing the phenomena from another point of view, we demonstrate how it is possible to conceive a structure for quarks. From that structure, many other related questions appear naturally and easily describable. This constitutes a fundamental, schematic, and intuitive approach to a new, consistent conception of matter and interactions. These contents are still justifiable even taking into account the theory of the physical vacuum understood as Immaterial Fluid (Di Massa, A., Lupparelli, S., Ciarloni, L. - Theoretical Model for the Physical Vacuum as a Superfluid Medium: Structure, Pair Production, Emergent Gravitation, Light Propagation, and Virtual Particle Creation-Annihilation Processes. (2026). Zenodo. https://doi.org/10.5281/zenodo.17762316 and New Description of Quarks, Gluons, the Strong Interaction, β⁻ Decay, the W⁻ Weak Boson, and the Three Generations of Charged Leptons and Quarks. 2026. zenodo https://doi.org/10.5281/zenodo.21130661). Regardless of future confirmation, this paper remains a heuristic example that show us how it is possible to conceive new and valid approaches to the interpretation of the phenomena. lupparelli.sergio@gmail.com