佛州飓风与加州大火有共同的原因

The Florida Hurricanes and the California Fires Have a Common Cause

摘要: 2018年年尾，飓风“迈克尔”10月10日登陆美国佛罗里达州，是有记录以来美国本土遭受到的第三大飓风。“坎普”大火从11月8日延烧，成为北加州历史上最致命的野火。两者看似风马牛不相及，其实，在时空阶梯理论看来，有共同的原因：气时空偏低。因为气时空是螺线矢量场，气时空偏低，海洋热水汽就不能随着气时空螺旋上升，扩散到高远的地方。水汽能量不能扩散到高远的地方，聚集在局部就容易发生飓风，而高远处没有来自海洋的水汽，就容易干燥，就容易发生大的野火。以上理论可以解释今年的飓风“迈克尔”和“坎普”大火情况，可能有些偶然，但是，扩大计算，发现统计结果依然可以解释大部分飓风和野火的情况，说明飓风和大的野火发生的共同的原因是气时空偏低。有了这个结论，我们可以依据气时空的数值，对未来的飓风或者野火做更好的预测和预防。

Abstract: At the end of 2018, Hurricane “Michael” is the third largest hurricane in the United States, since its record landed in Florida on October 10th. In addition, on November 8, a campfire became the deadliest wildfire in Northern California history. The two seem to have no relationship. In fact, in the theory of space-time ladder, there is a common reason: the Qi Space-time is low. Because Qi space-time is a spiral vector field, if the Qi space-time is low, the ocean hot water vapor cannot spiral upwards with Qi space-time, spreading to high and far places. Hence, it is easy to generate hurricanes when it is concentrated in the local areas. When there is no water vapor from the ocean at high and far places, it is easy to dry and it is easy to have a big fire. The theory above can explain the situation of this year. This may be somewhat accidental, but expanding the calculations and discovering the statistical results can still explain most of the hurricanes and fires, indicating that the common cause of hurricanes and fires roots from the low Qi space-time. With this conclusion, we can make better prediction and prevention for future hurricanes or wildfires based on the values of Qi space-time.