Author: CMS Collaboration
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Search for rare decay of neutral B mesons to two muons
At a CERN seminar today, CMS presented results for the search for new physics in the decay of Bs and B0 mesons to two muons, taking into account all of the 4.9 fb−1 of data collected in 2011. The results — upper limits of 7.7 x 10−9 (Bs) and 1.8 x 10−9 (B0) at 95%…
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Antimatter in CMS
Spot the difference So how did the universe evolve into this very asymmetric state, dominated by matter, if the underlying forces can barely tell the difference between the two?
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What and where is Antimatter?
Antimatter detectives The antimatter is missing – not from CERN, but from the Universe!
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Heavy Ions in CMS
Probing the Plasma Lead nuclei consist of large numbers of protons and neutrons, both made up of quarks.
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How did Matter form?
Colliding heavy nuclei Clues to the early Universe The Universe has changed a great deal in the 13.7 billion years since the Big Bang, but the basic building blocks of everything from microbes to galaxies were signed, sealed and delivered in the first few millionths of a second.
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Detecting extra dimensions
Superstring theory is elegant but speculative and throws up a number of possible experimental outcomes, some more likely than others.
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Do we really live in only three dimensions?
String theory and extra dimensions Loose ends Will the string tie the Standard package?


