Elaboration of the spreadsheet of universe

Making the spreadsheet of the real universe

We can simulate the dynamic of any galaxy P of universe and galaxy L (Milky Way – Earth) and the trajectory of photon between them if we define both galaxies in relation to Big Bang. So, we need to provide just their expansion velocity in the universe V_p and V_t and the angle O between the vectors of such velocities.

As we know the actual velocity of Universe T=13,7 billion of light years, it is easier to calculate the distance between the center of universe and the galaxies P and L, being respectively, B= V_p x T e A= V_t x T.
Where,
V_p = velocity of galaxy P in the universe;
V_t = velocity of Milky Way – Earth in the universe;
B = Distance of Galaxy P from the center of universe;
A = Distance of galaxy L (Milky Way – Earth) from the center of universe

Spreadsheet of real universe

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Due to the angle O was provided we can form the triangle OPL. As soon as we solve such triangle we will find the present distance x between galaxies P and L. We know that for an observer on galaxy P the photons emitted by it are always at velocity c in their trajectories; that one that arrived on L took a time T₂, where T₂= .
We are able to know such time T₂, when:

– The galaxy L went from L₁ position to its L position;
– For an observer on galaxy P the photon went from P position to L position at velocity c.

Knowing T₂, we can calculate:

b₁ = V_p T₂ and a₁ = V_t T₂.

We will have:

The position P₁ of P and L₁ of L in the instant that a photon was emitted from P1 position forming, besides the triangle OPL, the triangles P₁PL, L₁P₁L, OP₁L₁. Solving such triangles, we will make a spreadsheet of dynamic between galaxies P and L (Milky Way- Earth) and the light between them. If you want to know more details about the resolution of such triangles you can access the site www.deducoeslogicas.com. Thus, this spreadsheet will be easier to understand.

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