The Interpretation of the Hubble-Effect and of Human Vision Based on the Differentiated Structure of Space

摘要

Based on the differentiated structure of space, observed by the Quantum-Hall-Effect, a comprehensive equation is presented for the description of the Hubble-Effect. This Hubble-Effect equation reflects the experimental observation showing a casual connection to the Hubble time TU and thus to the cosmic length LU and the cosmic mass MU. The obtained results are substantiated by the cosmic background radiation and by the agreement of the derived data with the experimental data of the Milky Way. It is shown that the differentiated structure of space, used for the description of the Hubble-Effect, also refers to the process of human vision, dominating the observation.