GOD ELECTRON: A Single-Thread Theory of Matter, Antimatter, and Measurement

God Electron is a first-edition research monograph that proposes a sharply testable way to rethink the “mystical” side of quantum theory without abandoning mathematical discipline. The book develops a worldline-based effective field theory (EFT) program in which a physical microscopic length scale is introduced through rigidity (stiffness) at the level of particle histories. The formalism is built Euclidean-first, with explicit attention to gauge consistency, controlled matching to standard quantum field theory in an infrared window, and clearly stated criteria for when a Lorentzian interpretation is acceptable. A central interpretive hypothesis is then explored: what we call “many identical electrons” may be understood as many intersections of a single underlying thread with a spacetime slice; quantum probabilities may arise as visitation statistics of a single configuration under an ergodicity/mixing postulate; and measurement may be modeled as geometric readout via stable pointer constraints rather than an ad hoc collapse rule. Entanglement is treated not as faster-than-light communication but as a global-constraint phenomenon required to obey no-signaling at the level of operational outcomes. Unlike speculative narratives, this manuscript is organized around explicit postulates (C1–C10), mapped to concrete deliverables and kill-conditions. Toy models provide controlled diagnostics; precision QED benchmarks are used as stress tests for decoupling; and a risk-bearing cosmological falsifier is proposed via a low-multipole phase-coupling statistic in the CMB. Written for skeptical readers, God Electron does not claim a finished “theory of everything.” It offers a coherent, technically grounded program—and makes it clear where the program must succeed, where it can fail, and what would be learned either way.