Author: CMS Collaboration

  • Detecting Dark Matter

    Evidence from the depths of the Universe has ruled out a number of models for what the mysterious dark matter might be, but one candidate that fits so far is the lightest supersymmetric particle (LSP) otherwise known as the “neutralino”, the lightest of a whole range of new particles suggested by a theory called supersymmetry.

    Explore →

  • LHC energy boost will aid hunt for Higgs boson

    Scientists at the Large Hadron Collider (LHC) will increase the energies of the bunches of subatomic particles called protons that it smashes together.

    Explore →

  • LHC plays it safe

    Today, operators of the world’s most powerful particle accelerator announced their plan for the 2012 run.

    Explore →

  • CMS Higgs boson search results from 2010-2011 data samples

    CMS Higgs boson search results from 2010-2011 data samples

    This week the CMS collaboration will publish the results of its search for the Higgs boson that were presented at CERN in December 2011 [1].

    Explore →

  • What is the Universe really made of?

    What is the Universe really made of?

    Dark secrets of the Universe It’s perhaps natural that we don’t know much about how the Universe was created – after all, we were never there ourselves.

    Explore →

  • Seeking Susy

    Will SUSY be found?

    Explore →

  • Are there more Particles left to find?

    Supersymmetry: Uniting the forces Towards a superforce Our understanding of the workings of the Universe often progress when unexpected connections are found between what appeared at first to be separate entities.

    Explore →

  • What do we already know?

    What do we already know?

    The standard package The theories and discoveries of thousands of physicists over the past century have resulted in a remarkable insight into the fundamental structure of matter: everything that has been directly observed in the Universe until now has been found to be made from twelve basic building blocks called fundamental particles, governed by four…

    Explore →

  • The Big Questions

    The Big Questions

    Accelerators and detectors The particles that make up forces and matter are so small that if the nucleus of an atom were enlarged to the size of a tennis ball, a full stop (“.”)

    Explore →

  • Recipe for a Universe

    Take a massive explosion to create plenty of stardust and a raging heat.

    Explore →