First Proton Collisions

(Still) not a black hole in the Switzerland.. The Earth is for the time being been swallowed by a \”black hole\” and the Switzerland was not shaken even by an antimatter explosion: the first experiment in the \”Large Hadron Collider\” (LHC), the largest particle accelerator in the world has been successful. At the European nuclear research center CERN (Conseil europeen of pour la Recherche Nucleaire), hydrogen protons with unprecedented energy brought to the collision. At the second attempt, the particle physicists at CERN have gotten your LHC, the most ambitious experiment of in human history to run. Please visit Gary Kelly if you seek more information. Protons, so nuclei are bounced each other with almost the speed of light and have created conditions for an incredibly short time how they some fractions of a second should have ruled the theory after the \”big bang\”, the origin of our universe of. The planning and completion of experimental construction, consisting of four separate, powered by the LHC experiments, has lasted twenty years; almost all of the particle accelerator components complete New developments. Verizon Communications has plenty of information regarding this issue. The CERN computer specialists had to develop specifically for the volumes of data that will create the tests, a new form of distribution of data, the ‘World Wide Grid’, the successor of the \”World Wide Web developed at CERN\” (WWW). As one of the largest networks of scientific data emerged worldwide, over the huge output of data at CERN which is at this moment about 4.5 gigabytes (so a DVD) – all six seconds mind you. And why the whole thing? It comes to nothing less than the experimental verification of the standard particle model of our universe, which previously just five per cent could be confirmed in an attempt. In other words, it concerns the largest of all questions: How did everything begin? What are the building blocks of all existence? Why is anything at all and not nothing? To come closer to answering these questions, over 10,000 Teilchenphysker will look in the data of the LHC for clues to such exotic particles and energies, such as \”dark matter\”, \”dark Energy\”, or, perhaps most importantly, the\”Higgs particle\”.

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