The Lake Baikal neutrino experiment

V. A. Balkanov,I. A. Belolaptikov,L. B. Bezrukov,N. M. Budnev,A. G. Chensky,I.A. Danilchenko,Zh.-A.M. Dzhilkibaev,G. V. Domogatsky,S.V. Fialkovsky,O. N. Gaponenko,O. A. Gress,T. I. Gress,R. Ilyasov,A. M. Klabukov,A. I. Klimov,S.I. Klimushin,A. P. Koshechkin,K.V. Konischev,V.F. Kulepov,L. A. Kuzmichev,Vy. E. Kuznetsov,B.K. Lubsandorzhiev,S. P. Micheev,M.B. Milenin,R. R. Mirgazov,N. I. Moseiko,E. A. Osipova,A. I. Panfilov,L. V. Pan’kov,Yu. V. Parfenov,A. A. Pavlov,E.N. Pliskovsky,P. G. Pokhil,V. A. Poleshuk,E.G. Popova,V. V. Prosin,M. Rosanov,V.Yu. Rubzov,Yu. A. Semenei,Ch. Spiering,O. Streicher,B. A. Tarashansky,R. V. Vasiliev,R. Wischnewski,I. V. Yashin,V. A. Zhukov

The Lake Baikal neutrino experiment

2003

We review the present status of the Baikal neutrino experiment. The structure and parameters of the neutrino telescope NT-200, which was put into operation in April 1998, are described. Selected methodological results are presented. Physics results cover separating up-going muons from atmospheric neutrinos, searches for neutrino events from WIMP annihilation, searches for magnetic monopoles, and high-energy neutrinos.

Keywords:

Magnetic monopole
Physics
Particle physics
Astronomy
Neutrino astronomy
Solar neutrino
Neutrino
Solar neutrino problem
WIMP
Muon
Annihilation

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