Межа Ваксмана—Бакала — це обчислена верхня межа спостережуваного потоку нейтрино високих енергій на основі спостережуваного потоку космічних променів високих енергій. Оскільки найбільш високоенергійні нейтрино утворюються в тих самих взаємодіях, що й космічні промені, спостережувана швидкість створення останніх накладає обмеження на перші. Межа названа на честь Елі Ваксмана та Джона Бакала.
Література Alemany, R.; Burrage, C.; et al. "(2019). Summary Report of Physics Beyond Colliders at CERN". Gives a sense of the colliders at CERN that can help with this data set Bradascio, F.. (2019). "Search for high-energy neutrinos from AGN cores". Proceedings of Science. Another peer reviewed article, this source allows for further information into parts of AGN that is included in the initial article. Kachelriess, M.. (2022). "Extragalactic cosmic rays". FOS: Physical Science A journal reviewed article describing extra-galactic cosmic rays Kachelriess, M.; Semikoz, D.V. (2019). "Cosmic ray models". Progress in Particle and Nuclear Physics, 109, 103710. Peer reviewed journal that gives a broad understanding of cosmic ray models and different experiments Kajita T. Atmospheric neutrinos and discovery of neutrino oscillations. Proc Jpn Acad Ser B Phys Biol Sci. Gives information about neutrinos - journal reviewed document Kimura, S.. (2022). "Neutrinos from Gamma-ray Bursts". FOS: Physical Sciences. The peer reviewed journal article above works to give a further insight in to high energy neutrinos from GRB's, which is discussed in the original article by Bahcall and Waxman and gives a further insight into the paper Letessier-Selvon, A. (2001). "Establishing the GZK cutoff with ultra high energy tau neutrinos". AIP Conference Proceedings. This is a peer reviewed source, and it works to add details about other factors and components necessary for our analysis Piran, T. (1999). Gamma-ray bursts and the fireball model. Physics Reports, 314(6), 575–667. journal reviewed article that gives a brief insight into how the fireball method works. Kronberg, P. (2003). "Intergalactic Magnetic Fields". Physics Today, 55 The journal reviewed article above gives more information on the intergalactic magnetic fields mentioned above in the paper Waxman, E; Bahcall, J (1998). "High energy neutrinos from astrophysical sources: An upper bound". Physical Review D, 59(2). This paper is a peer reviewed paper made by the authors Waxman and Bachall and gives a good overview of the overall topic chosen
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