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User: LeonardoFOlsnesLea

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  1. Re:The Challenges to the Higgs' (All) - Killing it on LHC Homes In On Possible Higgs Boson Around 126GeV · · Score: 1

    I can't help the stupid paragraphing! You need to contact Slashdot and ask what's going on... Alright? There are some really *dumb* people in this World and their "administrator fingers" are probably itching! I hope you understand. This paragraphing (above) isn't my fault! It's a "technical problem"!

  2. The Challenges to the Higgs' (All) - Killing it? on LHC Homes In On Possible Higgs Boson Around 126GeV · · Score: 1

    I just add the list, The Kill List for the Higgs': Why the Higgs' field of the Universe when the Universe is (mostly?) "best" vacuum?! How does Higgs' fit into the Unifying work of Physics? Is it really necessary to have the Higgs-Boson to explain mass? Why can't ordinary particles have mass simply by property, that is, mass is part of their nature? Even then, why is it necessary for mass to "obtain" rather than to be as in "gravity", one form or another, i.e., explanation? "Technicolour" isn't an alternative as it confuses "energy" and "forces"? Wasn't the intention in the first place (by 3,5 TeV/7 TeV) to smash these pieces smaller? So that the Protons would be split to smaller bits? Then CERN presents masses on 125 GeV? What? The Up Quark has mass 1.7 - 3.1 MeV/c(2) and 125 GeV(/c(2)) means something bigger than the Protons even, so you're considering "fusion effects" of the Protons to be the Higgs-Boson? Finally, the realism: To summarise the masses: Higgs Boson is suggested to 125 GeV(/c(2)), Proton 938.272046(21) MeV(/c2), W boson, 80.398±0.023 GeV/c2, Z boson, 91.1876±0.0021 GeV/c2 and (finally) the Up quark 1.7 - 3.1 MeV/c2! Good? Reaction, as in the military: Add the Photon Theory by asserting (plausibly) that "Photons are the smallest constituents of all matter. I assume the other particles of the Standard Model are made up of photons. Why is this? The sun burns mass and to my knowledge it only/mostly by far emits electromagnetic radiation, consequently in the form of photons. When a nuclear bomb explodes, it converts matter into electromagnetic radiation, energy of various forms. Compared to this, I think one can throw the string theory out the window along with dimensions beyond the usual 4 (I'm not certain about this concerning Einstein's theories that I'd like to keep as it is). Also, let's assume higher intensity radiation emits more dense amounts of photons and that it declines further down the electromagnetic spectrum. (Extra: New on photons: I think I can also hold that photons are "semi-fluid" on a hyper-level (of course). I don't know what this adds to our view of reality, but it's a possible way of reconciling the wave-particle duality.)" On top of the Photon Theory: Unifying work -> full speed ahead! Merry Christmas!