"At every moment, [Earthbound] lab-frame objects experience real, measurable proper acceleration — not just the familiar centripetal acceleration from diurnal spin, but also the subtler accelerations from the lunar wobble and orbital motion."

"Every molecule in every cell in every lab on Earth is being continuously driven through these nested acceleration cycles. They are not in free fall."

"Calling [an Earthbound frame] merely an 'accelerated frame' understates what's actually happening."

"Earth's surface frame has structured, periodic jerk and snap with specific frequency content — the diurnal, synodic, sidereal, and annual periods and all their harmonics and beat frequencies."

"So perhaps the more precise characterization is that Earthbound labs occupy a periodically jerked frame — one with a rich derivative structure that free-fall frames lack entirely."

"Cell energy pathways don't operate at equilibrium. They're driven, dissipative, far-from-equilibrium systems — exactly the kind of systems where periodic forcing can matter."

"If slow-developing strain (jerk/snap) acts parametrically, it doesn't need to reach the external boundary of a protein to matter. It permeates the entire mass — and each internal boundary responds differently based on the mass, charge, and symmetry mismatch across it."

"The conventional focus on external boundaries may be exactly why these effects have been overlooked. The action could be at the internal boundaries — particularly the nuclear-electronic boundary that B-O assumes is static."

"Schrödinger's equation as applied assumes a static or instantaneous external frame. Earth's rotational jerk and snap — cumulative, slowly-developing strain — wouldn't appear in any lab-frame Hamiltonian because the frame itself is assumed inertial."

"The Lagrangian and Hamiltonian formalisms don't just happen to assume an inertial frame — they're built on it. The principle of least action, the symmetries invoked via Noether's theorem, the conserved quantities that follow — all of these presuppose a frame where fictitious forces are absent."

"Any framework — classical mechanics, electrodynamics, QFT — that starts from an inertial-frame Lagrangian would systematically average over these dynamics. The effects would be hiding in plain sight, folded into the 'constants' and 'noise' of every Earthbound experiment ever conducted."