Hello. I recently discovered Gerard 't Hooft's (what a complicated name to type, isn't it?*apostrophe*apostrophe*apostrophe) equation for the entropy of a simple black hole (what is meant by "simple" I have no idea). It is: Where "S" is the entropy of a simple black hole A is the area of the black hole's event horizon h is (reduced?) Planck's Constant G is the gravitational constant S = A/(4hG) Unless there is a conversion constant missing in this equation (is there?), I get units for entropy as (s^3)/(m^3). That is, Entropy = [m^2]/[(kg*m^2/s)*(m^3/kg*s^2)] = seconds cubed per meters cubed? What does this signify? Is there some "speed" associated with entropy such that entropy is inversely proportional to the cube of this "speed"? Or am I way off track here?