Tagged Questions
6
votes
0answers
114 views
Is the 125 GeV Higgs boson some kind of a “almost-commutative graviton” at the electroweak scale?
The expression "almost-commutative graviton" is provocative. I use it on purpose, as some kind of a "propagandon", to ask to the physics community if the observation of only one Higgs (scalar boson) ...
4
votes
3answers
282 views
Higgs-Boson/Graviton
The Higgs boson gives particles mass. And the graviton is the theoretical force-carrier of gravity. Gravity depends on mass. So if the Higgs Boson gives things mass, it therefore gives them gravity. ...
-4
votes
1answer
153 views
Why did Standard Model never sense a requirement to include gravitational quantum?
Standard Model is advanced version of Quantum physics. It tried to include everything which came in the way while understanding quantum world. It even didn't bother to include even Higgs Boson which ...
0
votes
2answers
271 views
Momentum Energy and Higgs
So, as an object accelerates it gains energy. And energy is mass. So an object becomes more massive as it approaches the speed of light.
But, if mass is ONLY due to an object's interaction with the ...
3
votes
2answers
554 views
What are the implications for quantum gravity if the LHC sees no higgs?
Following the news in serious "non-hype" physics blogs I`ve learnd that as things are now one needs a lot of patience and more data to learn what happens in the higgs sector.
There are already a ...
