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首页> 外文期刊>Physics Today >Chromium Surrogate Sun Confirms That Solar Neutrinos Really Are Missing
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Chromium Surrogate Sun Confirms That Solar Neutrinos Really Are Missing

机译:铬替代太阳证实太阳中微子确实失踪了

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摘要

As we hear early reports of neutrino oscillation in an accelerator beam, an experiment with a surrogate Sun lends credence and clarity to the solar neutrino puzzle, the oldest of the anomalies that point to exotic neutrino metamorphosis. There may still be some who doubt that the missing-solar-neutrino problem is real. But an impressive experiment with a radioactive solar surrogate recently completed at the Gallex solar neutrino detector in Italy makes it difficult to sustain such skepsis.
机译:当我们听到有关加速器光束中微子振荡的早期报道时,用替代太阳进行的实验为太阳中微子难题(最古老的异常异常中微子变态)提供了可信度和清晰度。仍有一些人怀疑太阳中微子缺失问题是真实的。但是,最近在意大利的加莱克斯太阳中微子探测器上完成了一项具有放射性太阳替代物的令人印象深刻的实验,这使得维持这种扭曲状态变得困难。

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