ASTROPHYSICS SEMINAR Tuesday, 18 Mai 2010 at 14:00 The JEM-EUSO Mission to Explore the Extreme Universe

Source URL: isdc.unige.ch

Title: GreatOWL, a space-based mission to realize charged-particle and neutrino astronomy Authors: John Mitchell & John Krizmanic (NASA/GSFC) & Douglas Bergman (Utah) Email Contacts: , John.F.Kriz

Source URL: pcos.gsfc.nasa.gov

• Physics
• Nature
• Astroparticle physics
• Astrophysics
• Cosmic rays
• Particle physics
• Energy
• GreisenZatsepinKuzmin limit
• Ultra-high-energy cosmic ray
• Neutrino
• JEM-EUSO
• Euso

32 ND I NTERNATIONAL C OSMIC R AY C ONFERENCE , B EIJINGThe ESAF Reconstruction Framework of UHECR Events for the JEM-EUSO Mission T HOMAS M ERNIK1,2 , F RANCESCO F ENU1,2 , D OMENICO D’U RSO3 , A NDREA S ANTANG

Source URL: personalpages.to.infn.it

32 ND I NTERNATIONAL C OSMIC R AY C ONFERENCE , B EIJINGMoscow State University Satellite “Mikhail Lomonosov” – the Multi-Purpose Observatory in Space. Technological Developments in Russia for JEM-EUSO Colla

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32 ND I NTERNATIONAL C OSMIC R AY C ONFERENCE , B EIJINGPrecise Fluorescence Yield Measurement Using an MeV Electron Beam for JEM-EUSO Collaboration D. M ONNIER R AGAIGNE 1 , S. DAGORET-C AMPAGNE1 ,P. G ORODETZKY2

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Najnovšie Technológie v službách JEM-EUSO Porovnanie JEM-EUSO s najväčšími pozemnými observatóriami Fresnelová šošovka #2

Source URL: jemeuso.riken.jp

Les Hautes Technologies au service de JEM-EUSO Lentille de Fresnel #2 Comparaison de JEM-EUSO avec les plus grands observatoires au sol AGASA

Source URL: jemeuso.riken.jp

32 ND I NTERNATIONAL C OSMIC R AY C ONFERENCE , B EIJINGEstimation of effective aperture for extreme energy cosmic ray observation by JEM-EUSO Telescope K. S HINOZAKI1,2 , M.E. B ERTAINA 3 , S. B IKTEMEROVA4 , P.

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32 ND I NTERNATIONAL C OSMIC R AY C ONFERENCE , B EIJINGSimulation framework of STM code for development of JEM-EUSO instrument K AZUHIRO H IGASHIDE1,2 ,NAOYA I NOUE2 ,TAKAO S HIRAHAMA2 ,K EISUKE NAGASAWA2 , FOR J

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32 ND I NTERNATIONAL C OSMIC R AY C ONFERENCE , B EIJINGA study of different cloud detection methods for the JEM-EUSO atmospheric monitoring system A. A NZALONE1 , M. B ERTAINA2 , R. C REMONINI2 , M.D. F R´I AS R

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