I don't mean to be mean but This guy needs to read more science and the reconizes differences. The E=mc² equation does not pertain to Kinetic energy only to the total rest energy of the mass. The Kinetic energy Equation is
K = 1/2mv²
or for relativistic effects (or added accuracy)
K = γmc² - mc²
and the sum of energy equation is:
E = K + U
I forget the Potential energy, U, equation sorry but there it is. Also for future reference.
t' = γ(t - vx/c²)
γ(small gamma) = 1/(√1-v²/c²)
This is the basis of Time Dialation. The idea that time "slows" as one approaches the speed of light. This is mearly a missinterpertation. Time does not accualy slow but rather distances shrink. it is not only the object moving near c that shrinks along the x-axis but the distance in which it is moving in.
From this distance shrinking it is a shorter trip and therefore less time. This allows the Theory of Relativity to explain why relative to the observer moving at these speeds he precieves time as "normal".
More on this over at the best classical physics refernce I've found:
http://hyperphysics.phy-astr.gsu.edu
Even has some stuff on QT and QM.