in standard physics temperature is considered intensive. Intensive and extensive properties P.T.L. (Landsberg) considered so important that he suggested these properties should be considered 4th law of thermodynamics, in other words for example temperature always intensive.
Black hole research has been one of the few areas when one have linked up to planck scale, micro black holes etc.
However how can it be standard physics have given Hawkings exemptions for the 4th law of thermodynamics?, when it comes to black hole temperatures, why should black hole temperature suddenly be extensive while in other areas of physics it is assumed to be intensive.
It seems like this is avoided if we build our theory on indivisible particles.
The Hawking Temperature Intensive Crisis and a Possible Solution that Leads to an Intensive Schwarzschild Surface Temperature
All processing in computers are micro black holes, except there are no micro-black holes, but solids (collisions between indivisible), almost same math, but simple logic.
get the thermodynamics of micro-black holes correct before concluding on minimum money units! ;-?