Quantum Compression Theory: A Novel Approach to Elementary Particle Mass Generation

The Quantum Compression Theory (QCT) is a novel theoretical framework proposed by independent researcher Boleslav Plhák to explain the origin of elementary particle masses. The key idea is that masses arise from the collective quantum compression of neutrino fields, with the compression energy levels quantized by the fine structure constant α. The theory naturally explains the observed mass ratios of the W, Z and Higgs bosons and provides precise, testable predictions. Detailed numerical simulations show remarkable agreement with experimental data, especially in the electroweak sector. QCT also has intriguing cosmological implications, providing an explanation for the observed values of dark energy and dark matter densities. Built upon the foundations of quantum field theory, QCT aims to extend, rather than replace, the Standard Model. It introduces a new mechanism of mass generation complementary to the Higgs mechanism. The mathematical formalism is laid out in detail, deriving the quantized energy levels and mass ratios. The theory is still at an early stage and will require further study and experimental confirmation. But it offers a promising new perspective on some of the deepest questions in fundamental physics, connecting quantum theory, particle physics and cosmology. If validated, it would represent a major step forward in our understanding of the physical world.