Protocol Design: High-Frequency Local Shock Test - non-linear, high-order gradient flow system based on a tensor field Π
1. Fundamental Quantum Matter Fields (Fermionic Fields)Every fundamental particle of matter in the universe is an excitation of its own omnipresent quantum field. These fields are divided into two main groups:Quark Fields: Six distinct fields including Up, Down, Charm, Strange, Top, and Bottom quark fields. They interact via the strong force to form protons and neutrons.Lepton Fields: Six fields divided into charged leptons and their neutral counterparts.Electron Field: The quantum field whose ripples manifest as electrons.Muon and Tau Fields: Heavy cousins of the electron field.Neutrino Fields: The Electron Neutrino, Muon Neutrino, and Tau Neutrino fields, which rarely interact with matter.2. Force-Carrying Fields (Gauge Boson Fields)These fields transmit the fundamental forces of nature between matter fields. When energy ripples through them, force-carrier particles are created.Electromagnetic Field: The unified field combining electric and magnetic fields. Its quantum ripple is the ...