Matter & Mass
How spinning groups of nodes produce what we call mass.
Mass is rotational inertia of bound nodes. A node that only flips has no mass — it is a photon. A node that spins resists changes in motion — that resistance is what we measure as mass. The more strongly and coherently a node spins, the harder it is to push or stop, and the more we say it weighs.
Mass is what spin does when forced to stay in place.
What an electron really is
An electron is a Tai Chi node that both spins strongly and flips strongly, with the spin trapped at the meeting-point of the flip and the inner core. The trap is what gives the electron its electromagnetic identity: the constant pull of the spin trying to escape and the flip trying to drag it along is what we measure as charge. Spin = 1/2 because the node has two poles (Yin and Yang) that must each rotate through 360° to return the membrane to its original orientation — a full 720° round trip.
From electrons to atoms to molecules to planets
Many in-phase nodes form an atom. A nucleus (a tight cluster of quark-nodes phase-locked by the strong force) attracts a cloud of electron-nodes whose flip-phase happens to match its own. The whole assembly self-organizes by phase-matching, not by mechanical bonds.
Many in-phase atoms form a molecule. Atoms whose outer electrons share compatible flip-phases lock together — what chemistry calls covalent and ionic bonds. Many in-phase molecules form rocks, water, organisms. Many in-phase rock-and-water clusters form a planet, with a dominant electromagnetic-magnetic phase that we measure as Earth's magnetic field. Same rule, repeated at every scale.
E = mc² in our language
Einstein's becomes obvious in Supreme Polarity Theory: the rest energy of matter is the energy stored in its spin. When matter is destroyed (a node is shattered), the spin-energy is released as flip-energy — light, with the conversion factor because c is the rate-limit of the flip and any energy radiated must travel at that speed. Mass and energy are not two things; they are the same node viewed in spin form versus flip form.
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