CMS and LHCb pull together in search for rare decay
The first major conference since the LHC started to deliver significant luminosities provided the opportunity for the experiments to begin to work together on certain results.
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The first major conference since the LHC started to deliver significant luminosities provided the opportunity for the experiments to begin to work together on certain results.
A wealth of physics results from ATLAS emerged at EPS-HEP 2011, ranging from detailed measurements of strong and electroweak processes to a spectrum of searches for new physical processes using the fu...
The CMS collaboration contributed more than 30 new or updated physics analyses at EPS-HEP 2011.
Two results presented at EPS-HEP 2011 show how quickly the experiment has been able to access this kind of physics.
While astrophysical jets are often powered by black holes, high-speed plasma flows are also ejected by solar flares and can even arise in the Earth’s magnetosphere. The four Cluster spacecraft h...
In June the LHC made good the promise of delivering an integrated luminosity of 1 fb–1 to the general-purpose detectors, ATLAS and CMS.
The ALPHA antiatom trap consists of a transverse octupole magnet and two short solenoid or “mirror” coils.
Photons have an important role at the LHC, not only as tools for testing the Standard Model but also as heralds of new physics.
This is the first time that D meson suppression has been measured directly in central nucleus–nucleus collisions.
The heavy-ion collision data collected in November 2010 at the LHC continue to provide exciting new physics results.