Message boards :
LHC@home Science :
Black hole question
Message board moderation
Previous · 1 · 2
Author | Message |
---|---|
![]() Send message Joined: 10 Nov 09 Posts: 3 Credit: 1,018 RAC: 0 |
My Theory is devoloped from special relativity equation {p^2-e^2/c^2 }lhc= {p^2-e^2/c^2 }cosmic ray Hire energy of hadron that is proton is 14TeV Net Momentum of hadron is zero. That of Momentum conservation Therefore {-〖14〗^2/c^2 }proton={p^2-e^2/c^2 }cosmic ray In the case of cosmic ray Net momentum, P = P ray + Pproton That is P = P ray + 0 Net energy, E=E ray+M proton C^2 -〖14〗^2/c^2 ={P^2 ray-(Eray+MpC^2 )^2/c^2 } -〖14〗^2=p^2 ray C^2- (Eray+Mp C^2 )^2 -196=P^2 ray C^2- (E^2+M^2 p C^4+2Mp C^2 E) ---(2) But E^2 ray≫Mp^2 C^4 (P^2 ray≅E^2 ray) (2)=> 196 = 2Mp C^2 Eray -------(3) For protons, E = 〖10〗^(-3) TeV From (3) Energy ≅〖10〗^17 eV From differential energy spectrum of cosmic rays, (Conceder the energy of cosmic rays ≫〖10〗^17 eV From the graph , Flux of cosmic ray is the area of the triangle is the flux. Flux = 1/2*( 〖10〗^(-20)*〖10〗^10 ) Flux ≅〖10〗^(-10) Conceder sun is a gind magnet and it absorbs cosmic rays Radios of sun = 7*〖10〗^8 M Surface area of sun = 4π * 〖(10〗^(8)2) ≅6 *〖10〗^18 No of collisions = flux*surface area = 〖10〗^(-10)*6*〖10〗^18 ≅〖10〗^9 collisions 〖10〗^9 collisions occers in sun. That means the same risk is in Sun. we don’t detected any black holes in sun. and sun is safe too. Then how the LHC is riskyer because of BLACK HOLES |
Send message Joined: 19 Feb 08 Posts: 708 Credit: 4,336,250 RAC: 0 ![]() ![]() |
A graviton should have zero mass and spin 2. A Higgs boson nonzero mass and spin 1, AFAIK. Tullio |
![]() ![]() Send message Joined: 30 Dec 05 Posts: 57 Credit: 835,284 RAC: 0 ![]() ![]() |
A Higgs boson nonzero mass and spin 1, AFAIK. No. A Higgs Boson will have spin 0. See here: http://arxiv.org/abs/1003.0904 hope this helps dr.mabuse |
Send message Joined: 19 Feb 08 Posts: 708 Credit: 4,336,250 RAC: 0 ![]() ![]() |
A Higgs boson nonzero mass and spin 1, AFAIK. Your are right, if it exists, of course. Tullio |
©2025 CERN