  A recent experiment [{\bf Phys. Rev. Lett. 126,082301 (2021)}] used the
$(e,e'p)$ reaction on $^{12}$C to search for the effects of color transparency
(the absence of final state interactions). Color transparency was said to be
ruled out. The ability to observe the effects of color transparency depends on
the ability of a putative point-like-configuration (PLC), formed in a
high-momentum transfer coherent reaction, to escape the nucleus without
expanding its size. We study the expansion aspect of color transparency using
superconformal baryon-meson symmetry and light-front holographic QCD. A new
formalism is obtained and used to analyze the recent experiment. The resulting
conclusion is that effects of expansion would not be sufficiently significant
in causing final state interactions to occur. Therefore we conclude that a PLC
was not formed. This means that the Feynman mechanism involving virtual photon
absorption on a single high momentum quark is responsible for high momentum
electromagnetic form factor of the proton.
