I will look into it.
From Google, if it is correct:
So to vibrate, an object has to have a force acting on it. This force always acts to push the object back towards its equilibrium position. This is called a restoring force.
(The highlighting of the second sentence of the quote was unintentional)
Is the idea that a force must act on an object pertaining to discreet objects like particles? If quantum were to be understood as a continuum of energies rather than particles, then the force could act from the ends of the continuum.
Forces that act upon a continuum of quantum energies, the fabric of space, cause the vibrations from source to the limit of the range. The vibrations are quantum chain reactions.
Quantum physics exists simultaneously with Newtonian physics. It seems natural that things that happen on the larger scale also happen on the quantum level. If a star explodes, the quantum fabric is also changed.