This week has been dubbed the most exciting in the history of physics - and it's all thanks to the so called godparticle.
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GENEVA (Reuters) - It has been fancifully dubbed the angel of creation and, to the particular scorn of physicists, the godparticle.
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Feon Federman of Fermilab calls the Higgs the " Godparticle."
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Because of the great fundamental importance of the Higgs boson it has been nicknamed the GodParticle.
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He regrets that the particle he identified in 1964 became known as the " Godparticle".
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Prepare the fireworks: The discovery of the Higgsboson is finally here.
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The story progresses strictly chronologically from Babylonian stargazers to the Higgsboson.
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Evidence for the Higgsboson has risen sharply in the past seven months.
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The Higgsboson is the last new particle predicted by the Standard Model.
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The Standard Model Higgsboson is the most simple proposed version of particle.
Uso de higgs particle en inglés
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The results do not completely rule out a more exotic Higgsparticle, though.
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They now want to make more Higgsparticles and measure their properties accurately.
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The Higgsparticle, although crucial for understanding how the universe was formed, remains theoretical.
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Of all the trillions of collisions, very few are just right for revealing the Higgsparticle.
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The Higgsparticle is the signature of the field - an eyelash of one of the photographers.
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The Higgsparticle is highly unstable and disintegrates into other subatomic particles as soon as it is created.
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For all the billions of collisions, very few of them are just right for revealing the Higgsparticle.
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That would be a revolution on the scale of the Higgs , arguably even more important than the Higgsparticle.
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The recent discovery of what looks like the Higgsparticle is a triumph of human endeavor and international collaboration.
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The discovery of the Higgsparticle ranks as one of the most important scientific advances of the past 100 years.
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The window may leave an opportunity for the Tevatron to help verify, or trounce, the existence of the Higgsparticle.
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The Higgsparticle is postulated by physicists as part of the mechanism by which all other fundamental particles acquire mass.
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The discovery of more than one kind of Higgsparticle would open the door to an entirely new realm of physics.
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The Higgsparticle is a genuinely transformational discovery; it is not just another particle, it is a completely new kind of particle.
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That leaves a mass range of 114GeV to 141GeV where the Higgsparticle might still be found.
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However, neither team updated their results for Higgsparticles disintegrating into gamma particles, which may still harbour signs of an unusual Higgs at work.