Originally posted by: CinciGal
Another reason to build the LHC was to test new theories of particle physics. Out of the existing theories, the most popular and most plausible is known as supersymmetry. One supersymmetric interaction expected to be seen at LHC is a pair of ordinary quarks(components of proton and neutron) interact via gluinos (supersymmetric equivalent of gluons, the particles of the strong force that holds the proton together) to produce a pair of super particles called squarks.
In Cinevista labs, they are trying to test if an ordinary pair of A & R through the strong forces of CVs can produce a super pair of S & R.
At LHC, it is not known if the collider can produce energies high enough to produce a pair of squarks or whether the proposed supersymmetric theory is correct.
In Cinevista labs, it is not known if the DMG collider has enough TRPs to produce a super pair of S & R or whether such an idea is even plausible.
**The Physics info of this comment is correct if over-simplified.
Thanks for your valuable input. 😊I am really glad you did not mention about God Particle as this would have created another war of words between AR and SR fans.
I was hoping that someone wrote a DaVinci code (hindi version) to stop DMG from happening.😃
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