This captures one of the many important dualities at work in chemical bonding, where bonds are simultaneously a cause and result of system energy minimization. A negative Δ𝑇 ./0 value does not indicate that ethylene C-H bonds are "destabilizing", contributing destabilization to the system, but rather stable enough to accept regional destabilization such that the C=C double bond may stabilize the system to a greater extent. So, ground state regional gradient bundle deformation properties indicate not the winners and losers, but rather the beneficiaries and benefactors. Furthermore, because atomic Δ𝑇 ./0 is always zero, the change in C-H Δ𝑇 ./0 is exclusively due to rearrangement within the C atom, which shifts ~0.035 electrons each from its C-H bond wedges into its C=C bond wedge.