Notes on the Universe

The Hubble Constant H0 (see images)And some older stuff ... The Universe U is an enumeration of integers. Initial state is 1,2,3,4...N. The sum of U=enum(N)=1/2*N^2. This is equivalent with a network with N nodes where a certain node (e.g. 179) has connections with all lower nodes, and with inself. In other words, U can be treated as a Network:U = enum(N) = Network with N nodes and 1/2*N^2 connectionsWe should be finding all physics by mapping the network in the correct way. Interestingly we know that kinetic energy has the form of Ek=1/2*m*v^2 ... The number of connections in the N-Network is 1/2*N^2. We see that the form is the same. This suggests Energy=Connection, and Mass is connections, as we map scalars and ratios (like h and c and alpha) to the nodes.Therfore we try to find the relation between the mass of the Universe (Mu) in a network framework. Attached the mapping is discovered.Mu = 1/2 * ((2 * epsilon_0) / e^2)^2