e=mc2 only applies to max einsteins static vacuum

in my equation
E=(vacuum-void)*c^2
---------------------
MaxVacuum=k2(einsteins static vacuum)
and MinVacuum=k3
middlevacuum
the covered serynge vacuum effect(3 polar vacuum)
--------------------
K2=void+mass when vacuum=void(its not constant for all,depends on the
void value)
e=(void+mass-void)*c^2
e=m*c^2(Einsteins static vacuum)>>meaning e=mc^2 only applies to max
einsteins static vacuum

(Pulling the covered serynge)

---------
minvacuum=vacuum=-void-mass
k3=-mass-void(its not constant for all,depends in the mass value)
E=(-mass-void-void)*c^2
E=(-mass-2*void)c^2

v>>pushing(compression)of the covered serynge piston

--------------------------
k1=0(vacuum=0)
e=-void*c^2

minVacuum applies the serynge's piston rests