Frequencies and Densities
Moderator: CharmQuark
Forum rules
Any controversial topic can be discussed. Freedom of expression is encouraged. The scientific validity of things posted in this forum may stray from reality quite wildly and the reader is advised to keep that in mind. Please refrain from bad language and DO NOT get overly abusive with other members. You MUST post in English. It is OK to have fiercely intense debate. This forum has no connection with CERN, the LHC or my site. The views here do not represent the forum's views or my views in any way. It is meant as a place to debate or discuss subjects that may create heated debate. Almost no moderation will occur in this forum at all.
Any controversial topic can be discussed. Freedom of expression is encouraged. The scientific validity of things posted in this forum may stray from reality quite wildly and the reader is advised to keep that in mind. Please refrain from bad language and DO NOT get overly abusive with other members. You MUST post in English. It is OK to have fiercely intense debate. This forum has no connection with CERN, the LHC or my site. The views here do not represent the forum's views or my views in any way. It is meant as a place to debate or discuss subjects that may create heated debate. Almost no moderation will occur in this forum at all.
- CharmQuark
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Re: Frequencies and Densities
Thank you Chelle shall get onto it now
Anyone who doesn't take truth seriously in small matters cannot be trusted with large ones either by Albert Einstein.
Re: Vacuum Bubbles
I was doing some catching up by reading Don Lincoln's book The Quantum Frontier: The Large Hadron ColliderKasuha wrote:10^20 eV particle hitting a stationary target makes as energetic collision as two 10^10 eV particles colliding head-on - so in fact to be accurate it is necessary to look for such high energy particles to be able to see effects of what's going to happen in LHC happening naturally in our neighborhood.adam_jeff wrote:Those very energetic 10^20eV particles (in fact they don't need to be that energetic)...
There sure are not too many of them but there are enough to be reasonably certain that even head-on collisions of two such particles happen occasionally somewhere in the space.
And encountered this information (p.93-94-95) regarding frequencies of collisions: 800 million collisions per second for 10 to 20 hours, and energies that supposedly 'don't need to be that energetic' are in the case of Lead collisions: 575 trillion electron volts per nucleus.
check it out:
Dance, even if you have nowhere to do it but your own living room.
Wear Sunscreen by Baz Luhrmann - Mary Schmich
Wear Sunscreen by Baz Luhrmann - Mary Schmich
Re: Frequencies and Densities
Apart of the beam energy which is halved per particle and fraction per beam compared to design values, I don't see anything that hasn't been in LHC design report for a few years already.