人类生育规律的探索
Discovery in human reproductive rules
发现的生育规律有三条规律组成, 用它就可以解释到十种现象:
The three reproductive rules explain ten phenomenons.
1, 基本规律 , 她未怀孕前已决定了第一胎该生儿或育女 ;
Basic rule, gender has been determined before first conception |
2, 主要规律 , 在一些性爱条件下可以基本决定二三四等胎的婴儿性别 ;
The main rule, certain conditions can determine the gender of the second, third and fourth baby’s gender; |
3, 特殊规律 , 夫妇之中如有特别聪明者会使家庭生单一性别的子女 ;
Special rule, one side in a couple with extremely high IQ will give birth to single gender offsprings |
4, 看似不符合规律 , 但解析后却仍在规律之中 ;
A rule or not----rule’s universality and particularity |
5, 运用基本规律 , 解释各国在战后男婴急增的原因 ;
Basic rule explains rapid increase of boy birth in the world after big wars. |
6, 运用基本规律 , 解释社会团体男女人口结构的平衡 ;
Basic rule explains public organization (Xinjiang Production and Construction Corps) gender ratio balance |
7, 运用基本规律 , 解释中国以往明清王朝和多妻制国家男性多的原因 ;
Basic rule explains male outnumbering in Ming, Qing dynasty and polygynous nations |
8, 运用主要和特殊二规律 , 解释人类智商的提升是进化所必需 ;
The use of rules explains the statement that the promotion and balance of human intelligence are necessary for evolution; |
9, 为何各国历年统计男婴总比女婴多4%左右?
Why in every country, baby boy birth rate is around 4% higher than girls? |
10, 在怀孕前父母该如何做 , 可传优良基因给下一代 ?
How to good genes to the next generation to have eugenic children before pregnancy? |
11, 分析诺奖大嬴家------犹太人 :
Analysis of the big winner of Nobel Prize ----- Jews |
12, " 一胎化" , 多妻制和少生少养 , 对社会和国家并非是 ;
One child policy, polygyny and breed-less, are these beneficial or harmful to the country? |
13,人类自身腺体不平衡对性别形成的影响:
Glands imbalance affect the gender |
14, 哺乳类动物的繁衍规律一般是生殖的初级阶段 ;
Mammal’s reproductive rule dominates in the first stage of reproduction. |
15, 奶想生仔吗 ? 奶想生囡吗 ? 可请教顾问 ;
Do you want a boy or a girl? Please refer to our consultant.
16, 男性寿命普遍地比女性短的原因 ;
Why men’s life is always shorter than women
17, 从生育规律的发现证明它符合事物发展的基本规律 ;
The finding of reproductive rules and its consistency with the natural developing pattern.
18, 人类演化中如何不断地剔除坏蛋 ;
How to keep removing the defects in human evolution
19, 基因------遗传外形和内在的秉性与细丝共振能互通信息;
Gene---the key for external and internal inheritance and information exchange resonance
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