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The Baikal Neutrino experiment: NT200+ and beyond

V. Aynutdinov,V. Balkanov,I. Belolaptikov,L. Bezrukov,D. Borschov,N. Budnev,I. Danilchenko,Ya. Davidov,G. Domogatsky,A. Doroshenko,A. Dyachok,Zh.-A. Dzhilkibaev,S. Fialkovsky,O. Gaponenko,K. Golubkov,O. Gress,T. Gress,O. Grishin,A. Klabukov,A. Klimov,S. Klimushin,A. Kochanov,K. Konischev,A. Koshechkin,L. Kuzmichev,V. Kulepov,B. Lubsandorzhiev,S. Mikheyev,T. Mikolajski,M. Milenin,R. Mirgazov,E. Osipova,A. Pavlov,G. Pan’kov,L. Pan’kov,A. Panfilov,D. Petukhov,E. Pliskovsky,P. Pokhil,V. Poleschuk,E. Popova,V. Prosin,M. Rozanov,V. Rubtzov,Yu. Semeney,B. Shaibonov,A. Shirokov,Ch. Spiering,B. Tarashansky,R. Vasiliev,R. Wischnewski,I. Yashin,V. Zhukov

NUCLEAR INSTRUMENTS & METHODS IN PHYSICS RESEARCH SECTION A-ACCELERATORS SPECTROMETERS DETECTORS AND ASSOCIATED EQUIPMENT（2007）

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Abstract
The 10 Mton scale Neutrino telescope NT200+ is operating in Lake Baikal since April, 2005. It's main physics goal is the detection of high energy neutrino cascades in the 10(2)-10(5) TeV energy range. The NT200+ sensitivity to astrophysical diffuse neutrinos is four times that of it's predecessor NT200 the telescope that has been operating since 1998, yielding a variety of physics results. A km-scale (Gigaton Volume) Neutrino telescope in Lake Baikal is planned, the R&D phase has started in 2006. We give the basic layout of this Baikal km3-detector, which will be made of building blocks similar to NT200+. (c) 2006 Elsevier B.V. All rights reserved.
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Key words
neutrino telescope,neutrino astronomy,UHE neutrinos,Baikal
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