Tracking IceCube Neutrino Alerts with the Deep-Water BAIKAL-GVD Telescope
A. V. Avrorin,A. D. Avrorin,V. M. Aynutdinov,V. A. Allakhverdyan,Z. Bardačová,I. A. Belolaptikov,I. V. Borina,N. M. Budnev,A. R. Gafarov,K. V. Golubkov,N. S. Gorshkov,T. I. Gress,R. Dvornický,Zh.-A. M. Dzhilkibaev,V. Ya. Dik,G. V. Domogatsky,A. A. Doroshenko,A. N. Dyachok,T. V. Elzhov,D. N. Zaborov,V. K. Kebkal,K. G. Kebkal,V. A. Kozhin,M. M. Kolbin,K. V. Konischev,A. V. Korobchenko,A. P. Koshechkin,M. V. Kruglov,M. K. Kryukov,V. F. Kulepov,Yu. M. Malyshkin,M. B. Milenin,R. R. Mirgazov,V. Nazari,D. V. Naumov,D. P. Petukhov,E. N. Pliskovsky,M. I. Rozanov,V. D. Rushay,E. V. Ryabov,G. B. Safronov,D. Seitova,A. E. Sirenko,A. V. Skurikhin,A. G. Solovjev,M. N. Sorokovikov,A. P. Stromakov,O. V. Suvorova,V. A. Tabolenko,B. A. Tarashansky,L. Fajt,A. Khatun,E. V. Khramov,B. A. Shaybonov,M. D. Shelepov,F. Šimkovic,I. Štekl,E. Eckerová,Y. V. Yablokova
Bulletin of the Russian Academy of Sciences: Physics（2023）
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摘要
The main goal of the Baikal-GVD deep-sea neutrino telescope is to detect high-energy neutrinos of astrophysical origin by reconstructing muon tracks or showers of particles generated in interactions of neutrino with water. Since 2020, Baikal-GVD has been monitoring IceCube telescope alerts about detecting neutrinos with energies of more than 100 TeV. This work presents results from searching for matches between Baikal-GVD events and IceCube neutrino alerts from September 2020 to April 2022.
