
How the bloody hell are those boffins over at the LHC going to know if they have found one or not? How exactly will they know if a Higgs Boson particle has put in an appearance?
Mind boggling!
Not really. When they collide the two particle beams in the LHC they will actually be creating sort of a miniature Big Bang, or so they hope. The LHC should be powerful enough to do it anyway. In that explosion Higgs boson particles has to exist if the standard model is correct, so what they look for is particles that isn't already identified and has certain expected qualities that fit the profile.srod wrote:Okay, (non-scientist, complete buffoon alert!) I understand - kind of - the significance of the Higgs Boson particle, but answer me this someone (in very simple terms please!)
How the bloody hell are those boffins over at the LHC going to know if they have found one or not? How exactly will they know if a Higgs Boson particle has put in an appearance?
Mind boggling!
Well, if it fits the profile that has been theorised for the Higgs boson particle, then the particle is the Higgs bosonsrod wrote:On finding a particle then that 'fits the profile' can they then be certain that it is indeed a Higgs Boson particle and not some other previously unknown particle?
Indeed they are!! Nerds rule!!!!Talk about being at the cutting edge - these physicist guys are amazing!
It's also a popular thread in the Off Topic section on the Steam forums.DarkDragon wrote:We discuss this on the German board for a few months now.
True, however I've heard that since this is a hadron accelerator and because all the hadron particles are in the nucleus of the atom, it will only be accelerating the nucleus of the atoms and not the electrons. How they manage that I have no clue.milan1612 wrote:The purpose is to accelerate few atoms up to almost the speed of light and letting them collide.
Even if a very small black hole was created, it would only have the mass of a few sub-atomic particles and gravity is a very weak force. It could take decades or even centuries before it would have any noticeable effect. And if the Hawking radiation theory is correct, it would evaporate very soon after it was created due to lack of enough mass to draw in more material than it throws off in the form of radiation. At least that's my understanding of it anyway.milan1612 wrote:The fears of some critics are based on the apprehension the atoms could fuse together creating a very small black hole which then could destroy the earth
And colliding them too. Just never on a scale this large.maw wrote:We have been accelerating particle beams for many, many years.
I watched this morning on BBC 24hr news live, as they gradually switched the beam through the various 8 segments and finally completely around the ring. Really exciting stuff. It's going to be very interesting to see what new and wonderful discoveries (and potential applications) will come from this in the years aheadHeathen wrote:I'm personally looking forward to the launch of this. I really look forward to reading about their findings as a result of these experiments and hopefully it will increase our understanding of the universe.