论文部分内容阅读
公元2404年8月27日下午3时,世界细胞鉴定研究会场。“第一个细胞就如我们现在生活的地球一样, 在发展的过程中会慢慢产生细菌,根据达尔文进化论,细菌从起源慢慢地进化,然后向着智能生物的方向发展,如屏幕所示,大家不难发现,每个细胞里都有一个共同的特点就是在细胞周围的某个特定的方向会有二颗较大的特质细胞质存在,而其他细胞质却漂浮在较远的地方,两颗特制细胞质的大小比例相仿,一颗具有能量发散出一种光芒,并且高速旋转,另一颗则是依靠细胞液的营养而被滋润, 本身并不存在能量,就好比我们地球上面的太阳和月亮。一个细胞中大约生活了一万八千种细菌,而全球的生物大约也为一万八千种。为了具体说明, 我在这边引进了小秒的概念,1秒等于60微秒,1 微秒等于60小秒,一个细胞的生命大约65-75个小时,因为新陈代谢的作用,而一个细菌的生命大约是60小秒,细胞生命时间与细菌生命时间的比
At 3 o’clock on August 27, 2404 AD, the World Cell Identification Research Workshop. "The first cell is just like the earth we live in now. It will gradually produce bacteria in the process of development. According to Darwinian evolution theory, bacteria evolve slowly from the origin and then move towards the direction of intelligent organisms, as shown on the screen. It is not difficult for us to find that a common feature in every cell is that there are two large cytoplasms in a specific direction around the cell, while other cytoplasms float farther away. The proportion of cytoplasm is similar, one has a radiating energy and rotates at a high speed. The other is hydrated by the nutrient of the cell fluid. There is no energy in itself. It is like the sun and moon above our earth. About 18,000 bacteria live in one cell, and about 18,000 species of organisms live in the world. For the sake of specific explanation, I have introduced the concept of small seconds here. One second equals 60 microseconds and 1 microsecond. Seconds equals 60 seconds, a cell’s life is about 65-75 hours, because of the metabolism, and the life of a bacteria is about 60 seconds, the ratio of cell life time to bacterial life time