DAMA/LIBRA的发现促使人们用守护进程范式取代WIMP假说，作为DM对象实验研究的基础
DAMA/LIBRA findings urge replacement of the WIMP hypotheses by the daemon paradigm as a basis for experimental studies of DM objects
摘要：
守护进程范例的最简单版本表明，DAMA/NaI和DAMA/LIBRA探测器中调制的2-6-keV范围事件是由以V = 30-50 km/s移动的电中性c-守护进程弹性撞击的碘离子引起的（c-daemon是位于先前捕获的核的剩余部分中的负daemon的复合物，其中daemon以~10^-6 s平均间隔）。此外，在2-6 keV的事件发生后，在随后的~10^-6 s内，c守护进程（在此期间变为负值）重新捕获新的原子核，并产生~10 MeV范围内的核辐射！到目前为止，最后一种可能性在实验中被忽略了，因为它不是源于WIMP假设。修改的NaI（Tl）的实验，建议揭示所描述的效果。无论结果如何，任何获得的结果都将对进一步完善守护进程范式非常重要。
英文摘要：
The simplest version of the daemon paradigm suggests the modulated 2-6-keV range events in DAMA/NaI and DAMA/LIBRA detectors are caused by the iodine ions knocked out elastically by the electrically neutral c-daemons moving with V = 30-50 km/s (c-daemon is a complex of negative daemon located in a remainder of formerly captured nucleus where the daemon decomposes nucleons one by one with ~10^-6 s mean interval). Furthermore, after the 2-6 keV event occurred, in subsequent ~10^-6 s, the c-daemon (which becomes negative during this time) recaptures new nucleus with resulting scintillations in ~10 MeV range! The last possibility was so far overlooked in the experiments as it did not stem from WIMP hypotheses. A modification of the NaI(Tl) experiments is suggested for revealing the effect described. Independently of the outcome, any obtained result will be important for refining the daemon paradigm further on.
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