1. To device a mathematical method that can generate quantum numbers showing a complete model of a quantum system which includes a wavefunction, a quantum state which is a set of mathematical variables that fully describes a quantum system. For example, set of 4 numbers {n, l, m, s} that defines the state of an electron. 2. To show quantum entanglement- the spin of an electron (plus and minus value) is opposite. 3. To show a shift of all quantum numbers with homogeneity having the same observational evidence available to observers at different locations that can be mapped with an expanding universe. 4. To test that the spin quantum number labeled as equal plus and minus values is powered by co-existence of triplet numbers 1, 2 and 3 which d...