- Uncharged spatial (massless) system vector
- Chargeless mass system vector
- Detection of "transverse" and
longitudinal
waves
- Charged mass system vector
- The "charge" on an electron mass consists
of a
flux of virtual particles on and off the mass
- A test charge (charged mass) brought near a
fixed charge (charged mass) experiences an
acceleration
- A charged mass system vector
- Repeating the "test charge" experiment
- Charged spatial (massless) vector
- Removing the bare particle (mass) from a
charged particle leaves the charge. The
vacuum is DEFINED AS the charge
- Assigning a spatial vector to the charged
vacuum
- A "shadow vector" εs
- Substructures of a "zero
resultant"
spatial
vector. (The substructures of
two
zero vectors may be vastly different)
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