In early March 2015 it is planned to re-run the Large hadron Collider searches for dark matter. Before this upgrade to the accelerator of charged particles were able to give more energy.

The large hadron Collider (LHC) upgrade, after that will start to search for particles, confirming the existence of dark matter. Modernisation is required, so that the accelerator would give the particles more energy. But when scientists expect to find supersymmetric particles, gluino.

If gluino formed in the LHC, it will be empirical proof of the existence of dark matter, which predicted only in theory. Researchers commented on when they can be found new particles.

"Most likely, it will happen in the current quarter. If we're lucky, apparently in late summer. We hope that we are on the threshold of the discovery of another world, such as antimatter. Antimatter was discovered at the end of last century, and it is likely we will be able to find supersymmetric matter," the BBC quoted Professor beat Heinemann from the scientific Atlas group studying particles in the Large hadron Collider.

Finding supersymmetric particles should be added to the Model the model and to combine all the forces of nature. In theory, each particle has a heavier supersymmetrical blizzara. The photon is the Photinos, quark - welding, the gluon - gluino, and the like. And the most important run of the Collider can help you find the neutralino is the lightest stable supertastic, which is the main component of dark matter. "This discovery will change the world. For me it is much more impressive opening than the Higgs boson," adds Dr. Heinemann.
sections: Society