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"The week started with many results in the heavy flavours area, where one of the main highlights came from the LHCb experiment. Looking at their data, physicists of the LHCb collaboration could not spot any evidence for the existence of X(5568)– a tetraquark particle candidate recently reported by Fermilab’s DZero collaboration. LHCb and DZero collaborations will work together to investigate further, following this interesting outcome.
ATLAS also presented their full Run 1 result of a search for the extremely rare decay of a Bs meson to a muon pair.
The decay was observed by CMS and LHCb in 2014 from a combination of their datasets. The ATLAS analysis resulted in a signal that is smaller than expected, but still compatible with the Standard Model".
ATLAS also presented their full Run 1 result of a search for the extremely rare decay of a Bs meson to a muon pair.
The decay was observed by CMS and LHCb in 2014 from a combination of their datasets. The ATLAS analysis resulted in a signal that is smaller than expected, but still compatible with the Standard Model".
More(iond) data needed | CERN
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SSgt (Join to see) thank you for your astute threads. Very informative and definitely informational!
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Thanks for letting us know that more ION data is needed SSgt (Join to see). This discussion reminds me of quark theory especially the heavy flavours area, or colored area,
The Heisenberg principle of uncertainty seems applicable as well in that confirming a position of a subatomic particle is impossible to determine the velocity. However the position can be determined and the velocity can be determined but not simultaneously for the "same" particle.
The Heisenberg principle of uncertainty seems applicable as well in that confirming a position of a subatomic particle is impossible to determine the velocity. However the position can be determined and the velocity can be determined but not simultaneously for the "same" particle.
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