Jekyll & Hyde of supersymmetry theory
http://arxiv.org/abs/0810.5357 The muon formation well outside of collider pipe may be related to recent pentaquark and tetraneutron evidence and it can demonstrate the stabilization of large matter clusters due the supersymmetry effects and danger of strangelet formation.
We can understand the dark matter, WIMPS and supersymmetry particles as surface tensions effects of gravitational field. At the case of large distances / energy densities the energy density of space-time curvature near large particle or galactic clusters can become a dominant force, because it manifests itself as a additional mass density of vacuum with antigravity effects.
In particular, the formation of tiny dense particle clusters can stabilize the exotic forms of matter due the hydrostatic pressure inside of tiny particle droplets like the neutrons inside of neutron stars or atom nuclei by such way, these droplets can escape from collider and they can start the avalanche conversion of normal matter to another strangelets.
The latests Fermilab results should serve as a very last warning of mainstream science community before high energy LHC experiments planned. The confirmation of supersymmetry could become a supersymmetric event for civilization as well: the best triumph of mainstream science and it's very last mistake at the same moment.
