冷核聚变的时空阶梯理论分析

炳功 常(美国纽约州立大学州南部医学中心，神经病学和神经生理药理学系，神经退行性疾病和发现中枢神经系统生物标记实验室，美国)

摘要

考察历史上成功的冷核聚变实验，发现与引力势的增加有关，与强拉尼娜现象有关。而太阳系八大行星的引力势的本质是，引力势增加就是八大行星向太阳收缩，而引力势减少就是八大行星膨胀。根据这个规律，预测2023年1月21日，将是冷核聚变实验最好的日期。另外，我们可以人为增加引力势，就是设计并制造大型超高速离心装置，满足冷核聚变需要的引力势。时空阶梯理论分析认为，拉尼娜现象与太阳系经过的银河系区域的暗物质浓度更高有关。在未来，一旦发现强拉尼娜现象，可以马上做冷核聚变实验。冷核聚变需要更浓的暗物质。最后我们还是要人为产生暗物质，满足冷核聚变需要的条件，这才是最终的解决方案。

关键词

冷核聚变；引力势；高速离心装置；拉尼娜；暗物质

参考

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DOI: http://dx.doi.org/10.12345/gcjsygl.v5i14.8034