In this paper it is answered why the imaginary number is not used in the equal operator presented earlier by Ahiobani. The life criterion is presented here. The concept of energy conservation is assumed to be held wit...In this paper it is answered why the imaginary number is not used in the equal operator presented earlier by Ahiobani. The life criterion is presented here. The concept of energy conservation is assumed to be held within the gates between verses. The Hamiltonian for entry is the some when exiting, this concept is discussed. Within this concept suvat equations are discussed. Ahiobani＇ s generalized factor is presented instead of Planck＇s constant as proportionality factor between energy and frequency. A closer physical look for multiverse mathematics as tensor product is performed.展开更多
文摘In this paper it is answered why the imaginary number is not used in the equal operator presented earlier by Ahiobani. The life criterion is presented here. The concept of energy conservation is assumed to be held within the gates between verses. The Hamiltonian for entry is the some when exiting, this concept is discussed. Within this concept suvat equations are discussed. Ahiobani＇ s generalized factor is presented instead of Planck＇s constant as proportionality factor between energy and frequency. A closer physical look for multiverse mathematics as tensor product is performed.
