Towards high energy neutrino acoustic detector in Lake Baikal: Current status and perspectives

V. Aynutdinov,A.D. Avrorin,I. A. Belolaptikov,D. Bogorodsky,N. Budnev,I. Danilchenko,G. V. Domogatsky,A. A. Doroshenko,A. Dyachok,Zh.-A. Dzhilkibaev,S. V. Fialkovsky,O. N. Gaponenko,K. Golubkov,O. Gress,T. Gress,O. Grishin,V. Karnaukhov,A. M. Klabukov,A. Klimov,K. Konischev,A.V. Korobchenko,A. P. Koshechkin,D. Kostunin,V. F. Kulepov,D. A. Kuleshov,L. A. Kuzmichev,V. Lyashuk,E. Middell,S. Mikheyev,M. B. Milenin,R. R. Mirgazov,E. Osipova,A. Pan'kov,L. Pankov,A. I. Panfilov,A. A. Perevalov,D. Petukhov,E.N. Pliskovsky,V. Poleschuk,I. Portyanskaya,E. Popova,V. V. Prosin,M. I. Rozanov,E. V. Ryabov,V. Rubtzov,A. Sheifler,A. Shirokov,B. Shoibonov,Ch. Spiering,O. V. Suvorova,B. Tarashansky,R. Wischnewski,A. Zagorodnikov,V. Zhukov,A. Yagunov,I. Yashin

Towards high energy neutrino acoustic detector in Lake Baikal: Current status and perspectives

2013

We report on the current state of the Baikal acoustic neutrino detection project. The new results of pulse simulation are presented. The Askarian approach was exploited to calculate the acoustic pulses produced by ultra-high-energy (UHE) particles. Preliminary results of the telescope effective volume estimation are presented. It is described how new Acoustic Sensor Modules are put into operation.

Keywords:

Detector
Neutrino detector
Pulse (signal processing)
Astrophysics
Particle physics
Neutrino
Physics
Telescope
acoustic sensor
effective volume
high energy
Nuclear physics

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