Quantum-Q Archive
Research archive for the Quantum Lattice Model.
This archive collects QLM papers, identity notes, and focused extensions across foundations, closure, routing, kinematics, and wave dynamics.
The foundational QLM paper establishing the per-radian primitive triplet {ℏ, ℓP, tP}, the covariant phase-flow law, the saturated Planck tick, and the reduced-action derivation of Planck-unit quantities.
Develops the QLM local Planck energy-density cap and applies it to a minimal non-singular saturated-core completion for gravitational collapse.
Reconstructs Lorentz kinematics from invariant lattice transport, local proper-tick accumulation, radar synchronization, and QLM phase-gradient relations.
Develops the exterior routing-admittance sector of QLM, interpreting Schwarzschild redshift and gravitational throttling as geometric suppression of radial phase-action routing.
Develops the quantum dynamical layer of QLM, organizing Schrodinger, Klein-Gordon, and Dirac equations as continuum descriptions of coherent phase-action transport.
A focused standalone derivation isolating the compact QLM Planck energy identity as saturated one-tick reduced-action throughput.
Develops a focused QLM interpretation of rest mass as local temporal-spatial phase-action closure and recovers E = mc^2 from the closure condition r = cτ.
