A Shield

If \(a_\psi\) can be as large as a planet, then it is possible to create a \(\psi\), \(x_z=0\), where the force field is positive outwards.  Such a field would act as a shield, decelerating objects that come onwards.

\(a_\psi=n\cfrac{\lambda}{2\pi }\)

If electron corresponds to \(a_\psi=14.77\) nm

\(_na_\psi=n14.77\) nm

when \(n=5\times10^7\)

\(_na_\psi=0.7385\) m

where even numbers of electron circulates in a circular confinement.  In case, \(F_\rho\) does not add up,

where each radius, \(r_n\) satisfies,

\(r_n=\,_na_\psi=n14.77\) nm

The electron pairs should resonate naturally.  Their \(\psi\) profile is that of a single big particle with \(F_\rho\) positive outwards.