![]() Experiments now reveal a serious anomaly in the relative neutrino fluxes from the different steps in the chain. Our 50+ years of precedence has established a prestigious level of scientific tradition while allowing great flexibility in shaping future outcomes for our school. The solar neutrino puzzle is deepening into a paradox that refutes the basic logic of the reaction chain that powers the sun by the fusion of protons into heavy elements. Additionally, the impact of a naming gift for Physical Sciences at UCI will have the ability to completely transform our school. A naming gift would honor the intrepid spirit and interdisciplinary innovation at the heart of our school. A naming gift would ensure that we are able to grow our flagship projects, hire the most dynamic and modern faculty to support our students and research growth, provide premier research facilities, attract and support the best students, and deliver comprehensive innovation through intellectual property protection and commercialization. Funding of this magnitude will empower the school to elevate its strong academics and research to elite levels of excellence. 2 11 12 Bahcall’s ongoing research in this area resulted in publication of his book, Neutrino Astrophysics (1989), considered a standard reference on solar neutrinos. We seek a historic philanthropic commitment – a school naming gift. The flux of neutrinos found by the detector was one-third the amount theoretically predicted by Bahcall, a discrepancy that took over thirty years to resolve. The School of Physical Sciences plays a vital role in Brilliant Future: the campaign for UCI.
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