article_snippet: This particular collision is the best current evidence for the existence of dark matter .
article_snippet: Scientists are promising nearly twice the energy and far more violent particle crashes this time around - and hope to get a glimpse of dark matter.
article_snippet: The team at the European Organisation for Nuclear Research, or Cern, say if nature cooperates, the more powerful beam crashes will give The team at the European Organisation for Nuclear Research, or Cern a peek into the unseen dark universe.
article_snippet: Scientists hope to see all sorts of new physics, including a first ever glimpse of dark matter, one of the chief focuses of the experiment. '
article_snippet: I want to see the first light in the dark universe,' said Cern General Director Rolf Heuer. '
article_snippet: If I see that, then nature is kind to Cern General Director Rolf Heuer.'
article_snippet: And so far, this particular collision is the best evidence for the existence of dark matter, based on this particular collision interaction with the galaxy clusters.
article_snippet: In the coming years, scientists will be hoping to directly observe dark matter particles in a number of detectors - including the LHC at Cern.