Ms. Elnaschie, THE MEAN UNCERTAINTY AND DISTANCE DIMENSION OF MULTIDIMENSIONAL CANTORIAN SPACES, Mathematical and computer modelling, 19(1), 1994, pp. 97-106
Several ways of describing the internal structure of infinite point se
ts and determining a corresponding average dimension are outlined. Pos
sible relevance to discretisation of quantum space-time we are discuss
ed. Finally, a method for determining the average internal distance be
tween different Cantor points is proposed. The main conclusion is that
a micro-scale Cantorian space-time may be based on an average Cantori
an distance d(l)(0) congruent-to 0.629, while the smooth space-time is
retrieved when d(l)(0) --> 0.5, which means d(l)(0) tends towards the
average distance of a continuous smooth line at a vanishing resolutio
n. This correspond to the case when space is viewed from very far, at
the macro-scale of classical physics.