Fermilab Experiments Start to Close in on the Elusive Higgs Boson

08/15/2010 03:24PM

Fermilab Experiments Start to Close in on the Elusive Higgs Boson

New constraints on the elusive Higgs particle are more stringent than ever before. Scientists of the CDF and DZero collider experiments at Fermilab revealed their latest Higgs search results that rule out a significant fraction of the allowed mass range established by earlier experiments. The Large Hadron Collider (LHC) experiments at CERN, which record proton-proton collisions that have 3.5 times the energy of Tevatron collisions, are also looking for the elusive Higgs boson. But for rare subatomic processes such as the production of a Higgs particle with a low mass, extra energy is less important than a large number of collisions produced. With the Tevatron cranking out more and more collisions, Fermilab has a good chance of catching a glimpse of the Higgs boson.


Comments:

  • JJM [James McSheehy]
  • 08/15/2010 04:53PM
This story reminds me of Aesop's fable of the tortoise and the hare. All that fancy new hardware at CERN, yet the dowdy, old Tevatron might end up nabbing the Higgs first. 8)

I don't think the Higgs exists. The standard model will be shown to be flawed, and string theory as well. Dark matter and dark energy are patches in flawed models. Physicists have become too unimaginative. What we need is a new Einstein to open new avenues of thought.

  • LucaJ [Luca Grella]
  • 08/17/2010 02:54PM
If you really need something mind boggling (without resorting to illicit drugs) you should turn to particle physics and cosmology. That is where the real intellectual frontier is, this is where the unknown is separated from the known.<br>The boundary with the unknown is challenged precisely at the TeV mass range. <br>Good old Tevatron with his aching magnets could find the Higgs tomorrow or maybe we could wait a century without anything happening, the certainty will come<br>only when looking above and beyond the 1-10 TeV range, that will tell us for sure what is there and if supersymmetry exists; or maybe<br>we will find out that everything is just a mathematical delirium and humankind will spiral into new dark ages.<br>Time for a new poll on the Higgs Boson.<br>
  • keydoggy [Clifford Davis]
  • 08/17/2010 05:07PM
Pardon my ignorance. But, why must the Higgs have mass? The photon has no mass and it is a very impartant boson that affects alot of matter.<br><br>It just seems strange to me that the "thing that gives mass" has mass itself. How can it give mass and have mass itself?<br><br>Maybe it doesn't have mass - maybe it just affects mass. Kinda like dark matter.<br><br>I welcome an explanation.<br>Thank you