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What new and unimaginable (befor now) technologies will we have over the next 40 to 90 years due to use of the Higg?
originally posted by: Terpene
a reply to: dandandat2
Maybe zero mass, which will open a lot of new avenues?
It is probably under construction as we speak, but as all the funding for real life appliances with cutting edge technology is MIC, you will only know about them when the SHTF.
originally posted by: dandandat2
It is "believed" that the Higgs is responsible for creating mass when other particles interact with it.
originally posted by: kwakakev
What I understand of E=MC^2 is that energy equals mass accelerating at the speed of light. Does my head in knowing what that means,
originally posted by: iamthevirus
originally posted by: dandandat2
It is "believed" that the Higgs is responsible for creating mass when other particles interact with it.
It will bring hope just as any cult offers to bring... there is always another level the trick is not missing out on the beauty of the current level which one resides, therefore choose life.
originally posted by: dandandat2
originally posted by: iamthevirus
originally posted by: dandandat2
It is "believed" that the Higgs is responsible for creating mass when other particles interact with it.
It will bring hope just as any cult offers to bring... there is always another level the trick is not missing out on the beauty of the current level which one resides, therefore choose life.
What?
originally posted by: gortex
a reply to: dandandat2
As the Higgs is related to mass and mass is related to gravity perhaps it could lead us toward anti gravity propulsion.
In the Standard Model, at temperatures high enough that electroweak symmetry is unbroken, all elementary particles are massless. At a critical temperature, the Higgs field develops a vacuum expectation value; the symmetry is spontaneously broken by tachyon condensation, and the W and Z bosons acquire masses (also called "electroweak symmetry breaking", or EWSB). In the history of the universe, this is believed to have happened about a picosecond (10−12 s) after the hot big bang, when the universe was at a temperature 159.5 ± 1.5 GeV.