Planck Lattice Driver Analysis: Multi-Dimensional Mapping of Scale Convergence at Address 42

Clark (2026b) identified 10 heavily populated integer addresses on the Planck Lattice spanning particle physics to cosmology. Here we ask what physical mechanism sets each cluster. We apply multi-dimensional Planck mapping, computing addresses for the same objects across frequency, mass, length, energy, and temperature dimensions. Most populated addresses are set by a single physical force or entrainment mechanism: address 19 (baryonic matter) by QCD confinement, addresses 28–29 (visible light and phase transitions) by electromagnetic atomic-scale physics, address 48 (circadian rhythms) by Earth's rotation, address 51 (annual cycles) by Earth's orbit. Address 42 is anomalous: its occupants are driven by at least five independent physical mechanisms. The convergence is traced to a dimensional property: Earth's circumference (4.0 × 10⁷ m) corresponds to Planck length-address 42.39, and the ratio c / Earth circumference yields the Schumann fundamental at the same address. Neural oscillations arrive at the same address independently via membrane biophysics. v1.2 (9 April 2026): Affiliation corrected from Auckland, New Zealand to Warrnambool, Victoria, Australia. Author name standardised to Robert M. Clark. Forward references to Papers 4 and 5 added. v1.1 (March 2026): First public release.