E=MCsquared ENERGY EQUALS THE SPEED OF LIGHT SQUARED ------------- OTTAWA DESCRIPTION '85 -------------------------- A cloud event seen in '85 was a circular white wispy patch centered directly over the sun in the afternoon of an otherwise bright sunny cloudless summer day. The wispyness was spreading out in a perfect circle around the Sun, with the Sun the centerpoint. Effectively the white wispy high atmosphere cloud was centered perfectly between the Sun, and myself, sitting alone selling sweet corn at a table by the side of a local highway 35 klicks west of Ottawa. The very white very wispy perfectly circular cloud was not enormous at all, occupying about as much space as an auric halo around a streetlamp in fog, or a better analogy - the halo around streetlamps after a long swim and the eyes are blurred by waterlog. The unusual nature of this cloud was that its circumpherence was propigating outward at a speed that was uniformly diminishing, the rate slowing at the outer edges in step with an expanding radius. During the time, radians of cloud texture (similar to color streaks in a human eye but more actually like frost forming around a larger and larger area on a cold window), could be seen to be continuously eminating from the center point (the Sun) uniformly out in all directions, in the filling of the ever so slowly expanding area within the circle. The cloud stayed centered over the Sun for about half an hour, gradually starting to fade after about 10 minutes of its initial expanding phase. It was frosty white the whole time, not of normal cloud texture at all, it was frosty. E=MCsquared WHAT is 'THE SPEED OF LIGHT SQUARED' ------------- It gave me a telltale model as to how to think of MCsquared in the equation E=MCsquared. How is it possible to think of the speed of light squared? The model is that I now think of something filling an area at the speed of light, the same flow of fill pouring in but propigating outward uniformly in all directions at the speed of light, wherein the rate of propigation will inexorably slow at the outer edges as the area of the circle expands. In which case you do have the speed of light squared. This is the way the area of a flat circle fills uniformly at a constant rate, the fill media slowing as the radius of the circle expands, until a point is reached where the radius is large enough that no more fill can be seen to enter, when the fill keeps a a constant flow input rate. The flow fills into the area of an expanding circle which, being flat, is squared. You take it from here, to determine that the mass is eqivalent to quantity pouring in to the centerpoint (and is not the velocity since it is a constant) and that in the greater equations, the mechanics have to have a pi R squared factor. All deemed to put action to the abstract equation E=MCsquared. The perception that more pouring in at a constant velocity, results in a larger area of larger filled circle, is correct to depict more energy, when there is greater mass. Regards: GREYDON MOORE 1996. e-mail greydon@look.com