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High Energy Neutrino Astronomy: Status and Perspectives

机译:高能中微子天文学:状态和观点

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The year 2008 has witnessed remarkable steps in developing high energy neutrino telescopes. IceCube at theSouth Pole has been deployed with 40 of its planned 80 strings and reached half a cubic kilometer instrumented volume,in the Mediterranean Sea the "first-stage" neutrino telescope ANTARES has been completed and takes data with 12strings. The next years will be key years for opening the neutrino window to the high energy universe. IceCube ispresently entering a region with realistic discovery potential. Early discoveries (or non-discoveries) with IceCube willstrongly influence the design and the estimated discovery chances of the Northern equivalent KM3NeT. Followingtheoretical estimates, cubic kilometer telescopes may just scratch the regions of discovery. Therefore detectors presentlyplanned should reach sensitivities substantially beyond those of IceCube.
机译:2008年度在开发高能量中性望远镜时,目睹了卓越的步骤。在南极的ICecube已经部署了40个计划的80个弦,并达到了一半立方公里仪器仪表,在地中海,“第一阶段”中微子望远镜Antares已经完成并采取了12个系列。下一年将是开启中微子窗口到高能量宇宙的关键年。 iceCube正物进入一个具有现实发现潜力的地区。早期发现(或非发现)与ICecube不幸地影响了北等效KM3Net的设计和估计的发现机会。后面的理论估计,立方公里伸缩可以划伤发现的区域。因此,探测器目前应该大大超出冰箱的敏感性。

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