Geneva, 12 March 2012. Creative collisions have begun at CERN1 with the arrival of Julius von Bismarck as the laboratory’s first Collide @ CERN artist in residence. A rising star of the international arts scene, von Bismarck will team up with theoretical physicist James Wells as he works alongside the lab’s engineers and scientists for the next two months before moving to the Ars Electronica Centre2 in Linz, Austria for the second part of his residency. Von Bismarck and Wells will give a public presentation in CERN’s Globe of Science and Innovation on 21 March.
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Geneva, 9 March 2012. At Geneva International Airport today SRB Energy delivered the first of the solar panels that will form one of the largest solar energy systems in Switzerland. Ultimately, some 300 high-temperature solar thermal panels will cover a surface of 1200 square metres on the roof of the airport’s main terminal building. The panels, which will be used to keep the buildings warm during the winter and cool in the summer, are derived from vacuum technology developed at CERN for particle accelerators.
Geneva, 7 March 2012. In a paper published online today by the journal Nature, the ALPHA collaboration at CERN1 reports an important milestone on the way to measuring the properties of antimatter atoms. This follows news reported in June last year that the collaboration had routinely trapped antihydrogen atoms for long periods of time.
Geneva, 6 March 2012. CERN1 will be hosting the CinéGlobe international film festival from 27 March to 1 April. This 3rd edition will see 55 short films "inspired by science" in competition, including fictional pieces as well as documentaries. Selected from a long list of 1,400 short films from 107 countries, all the entrants have one thing in common - telling stories inspired by science and technology. The theme of this year's festival is "Infinitely interconnected", casting the spotlight on how interconnected the modern world has become.
Geneva, 5 March 2012. Results presented by the LHCb collaboration this evening at the annual ‘Rencontres de Moriond’ conference, held this year in La Thuile, Italy, have put one of the most stringent limits to date on the current theory of particle physics, the Standard Model. LHCb tests the Standard Model by measuring extremely rare processes, in this case a decay pattern predicted to happen just three times out of every billion decays of a particle known as the Bs (B-sub-s) meson. Anything other than that would be evidence for new physics.