On Friday, May 9, 2014 5:06:11 PM UTC+1, John Ross wrote: > > Good questions. > > > > The Black Holes gravity is very constant because the destruction of each > proton first requires the creation of an anti-proton. Anti-proton are > created by the combination of a neutrino entron and a positron to produce > a very massive positron (having an energy-mass almost equal the mass of an > anti-proton) then the massive positron captures two electrons to produce > the anti-proton. Then the anti-proton must combine with a proton which > combination results in the release of a the two neutrino entrons some of > which make their way to the surface of the Black Hole and escape as a > neutrino photon to provide the gravity of the galaxy. The Black Hole is so > huge (maybe a quarter or half as massive as the rest of the galaxy) that > the month-to-month consumption of moons , planets and stars don’t change > the rate of production of neutrino photons too much over periods of > millions of years > Wha? This is ripe old fruity fried bollocks meld mucker. The SM black hole ain't half the size, or weight, or half any sense as the galaxy. It isn't feeding at the moment, nor. Might not feed again till Auntie Andromeda arrives sometime around later on sometime after afternoon tea. She's got a huge black hole, t she has. John, I'm disappointed in your failure to stand tall and faced straight to John Clarke's falsification of the 3 photon component of your theory. He has prcovided you empirical measurements, cross referenced at the point in in question. Don't be small. Confront what he has said - quite brilliant too I should say, for levels of detail such as that to readily be available, in working memory not half way through a cursory appraising what, going by you so far, merit your theory.
> > > But this process can continue for billions of years and Black Holes can > get bigger and bigger with more and more gravity. Ultimately, after about > 50 billion years one Monster Black Hole will have developed near the center > of our Universe and its gravity will become so great as to begin attracting > galaxies from the outer regions of our Universe. By these far out galaxies > reach the region of the Monster Black Hole, they will be traveling at > speeds of many thousand times the speed of light (having been accelerating > faster and faster for 50 billion years). The Big Bang explosion of the > Monster Black Hole will occur before all of the far out galaxies have > arrived. Some parts, maybe all, of these galaxies will then pass right > through the region of the Big Bang and expand out in all directions at > speeds many thousand times the speed of light to provide the inflation > period of our successor Universe. > > > > John R. > > > > *From:* [email protected] <javascript:> [mailto: > [email protected] <javascript:>] *On Behalf Of *LizR > *Sent:* Thursday, May 08, 2014 6:44 PM > *To:* [email protected] <javascript:> > *Subject:* Re: TRONNIES > > > > On 9 May 2014 13:15, John Ross <[email protected] <javascript:>> > wrote: > > Of course there is gravity. Gravity is produce in Black Holes which > consume a portion of its galaxy to produce proton-antiproton annihilations > which releases the neutrino entrons in both particles. These neutrino > entrons ultimately exit the Black Holes to provide the gravity holding the > galaxy together. > > > > Surely this requires that the central black hole consumes matter at an > exactly steady rate? Otherwise, the gravitational field of the Earth would > fluctuate depending on whether the central BH swallowed any matter today > (or on the equivalent day 30,000 years ago, assuming neutrino entrons > travels at lightspeed). > > > > <p class=MsoNormal style='margin-bot > ... -- You received this message because you are subscribed to the Google Groups "Everything List" group. To unsubscribe from this group and stop receiving emails from it, send an email to [email protected]. To post to this group, send email to [email protected]. Visit this group at http://groups.google.com/group/everything-list. For more options, visit https://groups.google.com/d/optout.
