If all steps in an Planck h composed of s^2 crossed chains are moved in one direction the energy is c^3 not c^4 as I have stated earlier. The formula E = mc^2 could be E = n(1/s)^2; n in the number of steps/row while c^2 = (1/s^2) and is the energy in the formula E = hf where f = 1. If space is moved s number of steps then the total energy in c^2 would be c^2 times c = c^3. If s is a thousand steps then the fasted speed for a h particle would be a thousand times faster than the speed of light.

Steve---you said that if everything moved in a single plain we would have a flat world. This has to be true but if everything is tied to only x,y,z direction movements that make 3-D. There would only b 3 plains x,y,and z.
In this case a step in time is the fastest thing in the world and also is a perfect clock---light is not.