LHC's Black Hole due to charge
in [Physics]
|
Prev: Chapt19; Superdeterminism #224 Atom Totality theory
Next: Quantum Gravity 350.8: P(A-->B) = P(B-->A) and P(A<-->B) = 0 Occurs iff P(A-->B) = 1/2 Re-Examined in view of 350.7
From: guskz on 28 Dec 2009 00:35 The previous equation dealt with the proton and it's mass, this doesn't seem to matter.... ......since even LHC uses the charge of proton (which is much bigger) to determine the 7 TeV generated from the collision. In the same way they say a Black Hole can feed from the CMBR (cosmic- microwave-background-radiation) in space , likewise a tiny black hole can feed from both the force of charge and magnets in the LHC experiment. If so the End of Earth would still be imminent. This situation is not the same with cosmic rays since they collide with hydrogen atoms where the charge is mostly neutral (and/or far apart) due to hydrogen's electrons. -------------------------- Outside this topic, since they say the "thermal radiation" of the CMBR can feed a black hole (absorbs more radiation than it emits), then why don't cosmic rays colliding with the sun's gas particles generate tiny black holes that then feed off of the sun's huge thermal radiation?
From: 7 on 28 Dec 2009 07:38 guskz(a)hotmail.com wrote: > The previous equation dealt with the proton and it's mass, this > doesn't seem to matter.... > > .....since even LHC uses the charge of proton (which is much bigger) > to determine the 7 TeV generated from the collision. > > In the same way they say a Black Hole can feed from the CMBR (cosmic- > microwave-background-radiation) in space , likewise a tiny black hole > can feed from both the force of charge and magnets in the LHC > experiment. > > If so the End of Earth would still be imminent. BWAHAHAHAHAHAHAHAHAHAHAHAAA!!! http://en.wikipedia.org/wiki/Cosmic_radiation 1TeV = 10^12 eV Cosmic radiation energies = 10^20 eV > This situation is not the same with cosmic rays since they collide > with hydrogen atoms where the charge is mostly neutral (and/or far > apart) due to hydrogen's electrons. > > -------------------------- > Outside this topic, since they say the "thermal radiation" of the CMBR > can feed a black hole (absorbs more radiation than it emits), then why > don't cosmic rays colliding with the sun's gas particles generate tiny > black holes that then feed off of the sun's huge thermal radiation?
From: Lee on 28 Dec 2009 07:57 On Dec 28, 1:38 pm, 7 <website_has_em...(a)www.enemygadgets.com> wrote: > gu...(a)hotmail.com wrote: > > The previous equation dealt with the proton and it's mass, this > > doesn't seem to matter.... > > > .....since even LHC uses the charge of proton (which is much bigger) > > to determine the 7 TeV generated from the collision. > > > In the same way they say a Black Hole can feed from the CMBR (cosmic- > > microwave-background-radiation) in space , likewise a tiny black hole > > can feed from both the force of charge and magnets in the LHC > > experiment. > > > If so the End of Earth would still be imminent. > > BWAHAHAHAHAHAHAHAHAHAHAHAAA!!!http://en.wikipedia.org/wiki/Cosmic_radiation > > 1TeV = 10^12 eV > > Cosmic radiation energies = 10^20 eV whatever, but they land softly you cant call softly what they do at the collider, can you huge difference
From: Sam Wormley on 28 Dec 2009 08:24 On 12/27/09 11:35 PM, guskz(a)hotmail.com wrote: > > If so the End of Earth would still be imminent. We've known for some time that the earth can be engulfed by the red giant phase of the sun, but long before that, it will get too hot here for liquid water on the surface.
From: 7 on 28 Dec 2009 08:44
Lee wrote: > On Dec 28, 1:38 pm, 7 <website_has_em...(a)www.enemygadgets.com> wrote: >> gu...(a)hotmail.com wrote: >> > The previous equation dealt with the proton and it's mass, this >> > doesn't seem to matter.... >> >> > .....since even LHC uses the charge of proton (which is much bigger) >> > to determine the 7 TeV generated from the collision. >> >> > In the same way they say a Black Hole can feed from the CMBR (cosmic- >> > microwave-background-radiation) in space , likewise a tiny black hole >> > can feed from both the force of charge and magnets in the LHC >> > experiment. >> >> > If so the End of Earth would still be imminent. >> >> BWAHAHAHAHAHAHAHAHAHAHAHAAA!!!http://en.wikipedia.org/wiki/Cosmic_radiation >> >> 1TeV = 10^12 eV >> >> Cosmic radiation energies = 10^20 eV > > whatever, but they land softly W&@![@@"}**!!!! BWAHAHAHAHAHAHAHAHAHAHHAHAAA!!!! One collision of a 10^20 eV particle creates a massive shower of particles. BWAHAHAHAHAHAHAHAHAHAHHAAHAHAHAHAHAHAHAHAHAHHAHAAA!!!! > you cant call softly what they do at the collider, can you > > huge difference Yeah I bet! |