PFUSRC-110 Topological Reinterpretation of Weak Interaction and Higgs Mechanism — Layer-Tunneling Symmetry Breaking and Mass Emergence via Topological Vacuum Condensate
Randomized trial examines topological symmetry breaking and mass emergence in particle physics, suggesting a novel framework for understanding interactions.
Key Points
This work aims to reinterpret the Higgs mechanism and mass generation through a topological lens, answering unresolved questions in particle physics.
Utilizes PFUSRC 11-dimensional triple coaxial bicone topology for analysis
Redefines weak interaction as a tunneling channel of topological flow variables
Explores mass generation via topological vacuum condensate and geometric constraints
Masses of W and Z bosons generated through topological locking during tunneling, consistent with mass generation rules
Photon remains massless, propagating along the bicone's axis with no obstruction
Hierarchical fermion masses correlate to different topological anchoring depths in the bicone structure