6. Basic physical quantities in this Quantized-Elastic Spacetime Model
Time: the count of the transformations of universe or specific local space.
Length: the count of SEQ in adjacent space. The source of transformation is the change of energy state, and the minimal transformation is the adjacent energy transmission. For example, after of N transformations, the number of SEQ that the farthest conduction of gravitational wave passes through is also N. This example vividly shows the concept of the integration of time and space.
Energy: integer multiple of the minimum energy unit(the Planck constant).
Entropy: the cumulative multiplication of energy on the SEQ in a whole or a locally closed space.
Time, energy, length and entropy are dimensionless integers.
