Hi John,
I will improve my English,I speak it like in french in fact , my grammar must be improved.I will do it in buying a book when I will have the loan soon due to debts of death of my mother.It is not a priority for me.I am a little sad that you have not understood my équations.I am going to make simple.Like said Einstein ,if you are not able to explain it simply to your grandmother,you don'tunderstand it really.The dark matter exists and is not baryonic.If this matter exists John,so there is a cause.They must be produced by something.Not the stars.BH are a reality and exist.We see that our standard model has a wall at this horizon between the two different model(Standard and gravitational.The supermassive BH are sphères, it islogic.If they are there, there are reasons.I say that these BH are also present at quantum scale.Protons are the secret but the standard model is not sufficient.See my équation E=mc²+ml² ,have youseen the relevance with l linear velocity of these particles coming from the main cenral cosmological BH, the biggest spherical volume after the universal sphere.See that we can superimpose the sphères !!!The quantum serie and its finite number(primes p adics numbers are relevant)is the same than the cosmological serie inlogic.The quantum stable serie is a relative photo ofour universalsphere.I hope than you see my theory ofspherisation now :) see that it explains gravitation and the link with infinite entropy at this central sphere.God is not far of us with this weakest force John.Imagine the number 1 for this singularity......BH in our universal sphere are less numerous than stars but the particles produced ? The standard model is encircled by BH and Dark matter.The gravitation is implied by this central cosmological sphere and its weak rotation and codes.It is simple when we see the generality of this universe.God does not play at dice and the sphere is the perfect equilibrium of sphere.The gravitation needs BH and dark matter and Inside the heat and thermo and electromagnetic forces are a kind of E.