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Exotic Particle Searches using the Purdue AMS Facility

机译:使用Purdue AMS设施进行外来粒子搜索

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Two exotic particle searches are being performed using the Accelerator Mass Spectrometer (AMS) at the Purdue Rare Isotope Measurement Laboratory (PRIME Lab). Recent theoretical developments allow for the possibility of small violations of the symmetrization postulate, which may lead in turn to detectable violations of the Pauli exclusion principle. We report the results of a new experimental search for paronic (Pauli-violating) Be, denoted by Be', in samples where Be' retention would be highest Our limits represent an improvement by a factor of approximately 300 over a previous search for Be'. There are also several recent cosmological motivations for strongly interacting massive particles (SIMPs). We present results from our current search for anomalous heavy isotopes of Au in samples of Australian and laboratory gold with a limit on SIMP abundance ratios as low as 10~(-12). This experiment provides significant constraints on the existence of such particles in high Z nuclei.
机译:在普渡大学稀有同位素测量实验室(PRIME实验室),使用加速器质谱仪(AMS)进行了两种奇特的粒子搜索。最近的理论发展允许轻微违反对称化假设的可能性,这又可能导致可检测到的违反保利排除原则的行为。我们报告了在Be'保留率最高的样品中,对新的模仿性(保利(违规)Be)进行实验搜索的结果,用Be'表示。与先前搜索Be'相比,我们的极限值提高了约300倍。 。强烈相互作用的大质量粒子(SIMP)的近期宇宙学动机也有几种。我们提供了当前搜索澳大利亚和实验室金样品中Au的异常重同位素的结果,SIMP丰度比的限值低至10〜(-12)。该实验对高Z核中此类颗粒的存在提供了明显的限制。

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