中国正快速不可阻挡地走向世界第一
自从改开以来，中国取得了举世瞩目的成果。在各个领域都有长足的发展。所以中国人的自信心和自豪感上来了。但是，作为老牌帝国，美国在各方面都有着惊人的实力，并非中国短时间内的成就可比的。当年，邓公就预测说：到二十一世纪中叶，中国达到中等发达国家水平，基本实现现代化。
可以说，以1979年的中美实力对比，只要美国不出太大错误，中国在2049年前超越美国，几乎是不可能的奇迹。
但是，现在来看，中国在诸多方面都开始超越美国。无论从工业规模还是新发表的论文及新申请的专利，中国都远远超过了美国。而工业和科学及技术成果与其专利正是一个国家的核心实力。其他实力都必须以它们作为根本，否则就是无源之水。虽然由于历史原因，中国的科技成果要转化为国力还有一段路要走，但是为时已经不远。
邓公是一代伟人，为何在对中美实力的消长的预测中存在如此巨大的误差呢？
可以说，以1979年的中美实力对比，只要美国不出太大错误，中国在2049年前超越美国，几乎是不可能的奇迹。
但是，现在来看，中国在诸多方面都开始超越美国。无论从工业规模还是新发表的论文及新申请的专利，中国都远远超过了美国。而工业和科学及技术成果与其专利正是一个国家的核心实力。其他实力都必须以它们作为根本，否则就是无源之水。虽然由于历史原因，中国的科技成果要转化为国力还有一段路要走，但是为时已经不远。
邓公是一代伟人，为何在对中美实力的消长的预测中存在如此巨大的误差呢？
那是由于邓公对人性的理解，是基于中国人的基础上的。由于中国人一向极为善良，所以，他不知道，人可以卑鄙到什么地步。
美国所以会走到今天这样的地步，是由于其内部有一个极其邪恶的民族处心积虑地摧毁其他民族，以控制和奴役其他民族。为了达到如此卑鄙的目的，他们用了百多年的时间，设计了一个可怕的骗局，终于将美国完全控制。在这种控制的过程中，美国发生的已经不是一次两次脑残级别的错误，也不是一连串脑残级别的错误，而是全民都是脑残，永远都在犯着脑残级别的错误。
美丽贱怎么了？全民脑残，好可怕！
且让我们看看美丽贱的财富版图。
在当代世界经济与科技中心美丽贱，所有的高科技大亨都只能够出身于一个邪恶明族。其他明族出身的高科技大亨，无一不被邪恶明族用各种手段所打杀。微硬的比儿大门，谷哥的拉里呸奇和谢儿该不林，评果的桥不死，非死不可的麻克扎克波哥，都是同一个明族出身，有着相同的血统。而莲花公司创办人卡普尔，才华百倍于比儿大门，但是由于没有邪恶明族血统，最后不但不能成为世界首斧，连公司都被微硬和比儿大门玩掉，被IBM收购。桥不死当年被从评果赶出来，直到36岁认祖归宗，确认有了邪恶明族的血统，这才有机会重新执掌评果。
美国所以会走到今天这样的地步，是由于其内部有一个极其邪恶的民族处心积虑地摧毁其他民族，以控制和奴役其他民族。为了达到如此卑鄙的目的，他们用了百多年的时间，设计了一个可怕的骗局，终于将美国完全控制。在这种控制的过程中，美国发生的已经不是一次两次脑残级别的错误，也不是一连串脑残级别的错误，而是全民都是脑残，永远都在犯着脑残级别的错误。
美丽贱怎么了？全民脑残，好可怕！
且让我们看看美丽贱的财富版图。
在当代世界经济与科技中心美丽贱，所有的高科技大亨都只能够出身于一个邪恶明族。其他明族出身的高科技大亨，无一不被邪恶明族用各种手段所打杀。微硬的比儿大门，谷哥的拉里呸奇和谢儿该不林，评果的桥不死，非死不可的麻克扎克波哥，都是同一个明族出身，有着相同的血统。而莲花公司创办人卡普尔，才华百倍于比儿大门，但是由于没有邪恶明族血统，最后不但不能成为世界首斧，连公司都被微硬和比儿大门玩掉，被IBM收购。桥不死当年被从评果赶出来，直到36岁认祖归宗，确认有了邪恶明族的血统，这才有机会重新执掌评果。
在1970年及之前，美国人民的生活水平是很高的，比现在的中国的生活水平还高。但是自从1970年后，美国人民的生活水平就不断下降，可以说是王小二过年，一年不如一年了。
大家是不是很奇怪，美国既然在1970年之前，一年比一年富裕，生活水平十年上一个台阶。怎么到了1970年之后就开始一年比一年贫穷了呢？
这是因为美国下一代的智商水平不断下降，创新能力也随之不断下降。
智力是财富创造的最基本要件。东南亚国家为什么发展到中等程度就停滞了？因为人智力低啊，除了做基本的工农业生产之外他们什么也做不了。而要成为发达国家，科技创新必不可少，要不凭什么攀登到价值链上游？当年马来西亚国父马哈蒂尔在国内拥有无与伦比的声望，可以说是言出法随，可他在电视上声泪俱下地求国民多读书，结果还是然并卵。现有的生物学知识已经能够证明，非病理性的智力低下普遍伴随着懒惰，而非病理性低智力的人追求经济成就是违反他们体内的基因的利益的。要求又蠢又懒的人读书学科技，能有效果才见了鬼了。至于非洲，在把他们的智力水平提高之前，哲学家们就算创造再多的谎言，把“民族平等”喊出180分贝的声量，也无法阻止人们呵呵呵。
当前整个世界都财富创造不足，其根本原因是人类的智力水平已经普遍大幅下降。
其实，美国人在二十几年前就已经发现他们的年轻人智力大降了。线索如下：
一、最近二十几年，美国的大学普遍推行所谓的“博雅教育”。什么是“博雅教育”呢？本质上就是给文凭注水，让人学点儿文学历史哲学，吹牛逼时有点儿语料。为此，美国大学本科课程内的自然科学内容大幅缩水，基本上只剩下一点儿简介性质的课程了。本人推测，美国人这是知道他们的年轻人没能力学习自然科学，为了不出现大学生大面积挂科，大学毕业生数量急剧减少的局面，以致让人看清美国实力急剧衰落，才不得不做出这种打肿脸充胖子的事。这种手法，日本同样用了好久了，日本超过七成的大学生是文科生。而中国最近也出现了这种苗头。
第二、美国在1992年就推出了中国威胁论。1992年的中国是个什么样子？经济总量是美国的二十分之一，技术水平还不如美国二战前的水平，在美国眼里就是一堆破烂，教育水平让人不忍目睹。而当时的中国正斧，一心一意做血汗工厂，科研基本全废除，搞得研究原.子.弹的不如卖茶叶蛋的。这样的中国在美国面前充其量也就是一只臭虫，凭什么威胁美国？可是，相比当时的美国学生，当时去美国留学的中国学生表现实在太“逆天”了，然而，这种“逆天”的学生在美国的老教授面前，也不觉得如何（确实不如人家美国老教授智力水平）。两相一对比，美国年轻人智力急剧下降的真相不就出来了？
第三、美国对中国的禁*运中，最严厉的是对环保设备和技术的控制，中国几乎完全无法从美国以及其忠.狗*日*本那里买到环保技术。这种事实在太奇怪了。照理说，搞环保只会提高产品的成本，降低对方的竞争力，而一方面出售环保技术又可给美日带来大量收入，另一方面中国搞好环保就不会有大量污染物漂洋过海去毒害日本，美日完全没理由那么积极去禁*运这类东西的啊。这实在是一个极奇怪的经济悬案。现在回过头来，却很好理解：美国人认为他们的后代智力下降是由严重污染造成的，为了把中国拉到他们同一水平，所以刻意阻碍中国的治污努力。
所以，早在1992年的时候，美国就已经知道全世界除中国外（ 因为难接触而不了解）的所有国家的中青年以下人口的智力水平大幅下降。很容易推测，当当时的中老年人老去退休甚至死亡之后，世界经济必定不可维持。美国从1992年起就对中国不遗余力地打压，以及持续不断地鼓吹中国人不适合科研，为此其不少代表人物无视禁*忌不断地口吐种*族*歧*视言论，其所控制的言论集团，包括媒体和网络水*军对中国人的智力和科研能力不遗余力地嘲笑，讽刺乃至于打击，其原因必定为此。
大家是不是很奇怪，美国既然在1970年之前，一年比一年富裕，生活水平十年上一个台阶。怎么到了1970年之后就开始一年比一年贫穷了呢？
这是因为美国下一代的智商水平不断下降，创新能力也随之不断下降。
智力是财富创造的最基本要件。东南亚国家为什么发展到中等程度就停滞了？因为人智力低啊，除了做基本的工农业生产之外他们什么也做不了。而要成为发达国家，科技创新必不可少，要不凭什么攀登到价值链上游？当年马来西亚国父马哈蒂尔在国内拥有无与伦比的声望，可以说是言出法随，可他在电视上声泪俱下地求国民多读书，结果还是然并卵。现有的生物学知识已经能够证明，非病理性的智力低下普遍伴随着懒惰，而非病理性低智力的人追求经济成就是违反他们体内的基因的利益的。要求又蠢又懒的人读书学科技，能有效果才见了鬼了。至于非洲，在把他们的智力水平提高之前，哲学家们就算创造再多的谎言，把“民族平等”喊出180分贝的声量，也无法阻止人们呵呵呵。
当前整个世界都财富创造不足，其根本原因是人类的智力水平已经普遍大幅下降。
其实，美国人在二十几年前就已经发现他们的年轻人智力大降了。线索如下：
一、最近二十几年，美国的大学普遍推行所谓的“博雅教育”。什么是“博雅教育”呢？本质上就是给文凭注水，让人学点儿文学历史哲学，吹牛逼时有点儿语料。为此，美国大学本科课程内的自然科学内容大幅缩水，基本上只剩下一点儿简介性质的课程了。本人推测，美国人这是知道他们的年轻人没能力学习自然科学，为了不出现大学生大面积挂科，大学毕业生数量急剧减少的局面，以致让人看清美国实力急剧衰落，才不得不做出这种打肿脸充胖子的事。这种手法，日本同样用了好久了，日本超过七成的大学生是文科生。而中国最近也出现了这种苗头。
第二、美国在1992年就推出了中国威胁论。1992年的中国是个什么样子？经济总量是美国的二十分之一，技术水平还不如美国二战前的水平，在美国眼里就是一堆破烂，教育水平让人不忍目睹。而当时的中国正斧，一心一意做血汗工厂，科研基本全废除，搞得研究原.子.弹的不如卖茶叶蛋的。这样的中国在美国面前充其量也就是一只臭虫，凭什么威胁美国？可是，相比当时的美国学生，当时去美国留学的中国学生表现实在太“逆天”了，然而，这种“逆天”的学生在美国的老教授面前，也不觉得如何（确实不如人家美国老教授智力水平）。两相一对比，美国年轻人智力急剧下降的真相不就出来了？
第三、美国对中国的禁*运中，最严厉的是对环保设备和技术的控制，中国几乎完全无法从美国以及其忠.狗*日*本那里买到环保技术。这种事实在太奇怪了。照理说，搞环保只会提高产品的成本，降低对方的竞争力，而一方面出售环保技术又可给美日带来大量收入，另一方面中国搞好环保就不会有大量污染物漂洋过海去毒害日本，美日完全没理由那么积极去禁*运这类东西的啊。这实在是一个极奇怪的经济悬案。现在回过头来，却很好理解：美国人认为他们的后代智力下降是由严重污染造成的，为了把中国拉到他们同一水平，所以刻意阻碍中国的治污努力。
所以，早在1992年的时候，美国就已经知道全世界除中国外（ 因为难接触而不了解）的所有国家的中青年以下人口的智力水平大幅下降。很容易推测，当当时的中老年人老去退休甚至死亡之后，世界经济必定不可维持。美国从1992年起就对中国不遗余力地打压，以及持续不断地鼓吹中国人不适合科研，为此其不少代表人物无视禁*忌不断地口吐种*族*歧*视言论，其所控制的言论集团，包括媒体和网络水*军对中国人的智力和科研能力不遗余力地嘲笑，讽刺乃至于打击，其原因必定为此。
当今经济面临人类经济史上从来没有记录过的大崩溃，这是非常明显的，只是出于种种限制或者目的，有话语权的人不敢说不敢认，至于没有话语权了，说了也是然并卵。2008年的金融危机以及其后的欧债危机，从来就没有被解决过哪怕一点点，只是被无限发钞等手段暂时掩盖住了。目前欧洲银行业已经普遍病入膏肓，尤其是德意志银行，已经成为了不定时原子弹，一旦发作，必定将本来已经溃烂得不成形的世界经济都拖入无边地狱之中。相比起来，1929年的大萧条，简直不算个事。
2008年就已经有经济学家指出，当前世界经济最根本的病因是财富创造不足。时至今日，各国的劳动生产率数据已经证明这个诊断是盖棺之定论，连普遍不要脸的经济学界都没有人敢去否定。
2008年就已经有经济学家指出，当前世界经济最根本的病因是财富创造不足。时至今日，各国的劳动生产率数据已经证明这个诊断是盖棺之定论，连普遍不要脸的经济学界都没有人敢去否定。
30多年前，美国科学家进行了一场全球最大的针对脑部容量的研究。通过对全球2万具现代人头骨展开的调查，科学家们发现，中国人的颅腔容积平均为1415立方厘米，而欧洲人为1362，非洲人为1268。
智商是由进化过程决定的脑容积*性行为规则决定的脑灵敏度的乘积决定的。
东亚人有比欧美白人更长的文明史，所以脑容积比白人大得多，智力极限也就比白人高得多。不过东亚长期以来淫乱程度相当高，所以脑灵敏度比长期生活在基督教严格婚姻制度下的白人低。所以两者之积反而比白人要低一点。这也是为什么西方天才比较多的原因。
但是要说最高级的天才，则是东亚人，特别是中国人比白人高得多。因为中国人的脑容积更大，在相同灵敏度时智力远高于白人。
人类智力变化极快的。并且基因从父母，即脑容积由父母的基因决定，脑灵敏度由母系的贞洁度决定。所以二战前，中男白女的后代智力最高，白男中女的智力就一般了。而到了现代，中男白女的智力很低，白男中女的智力一般。就中男中女纯汉人的智力最高。
智力这东西是不断变化的。
性行为规则决定智力。
至于二战后欧美性解放后，白人的婚姻观早就被毁，现在他们的脑灵敏度早就下降到惨不忍睹的程度了。现在美国欧洲日本俄罗斯，都没有了真正的科技进步，只好看着中国在各个领域突飞猛进，先是说中国间谍偷了他们的成果，现在中国的成就超过他们了，则说中国得了外星人的技术。
智商是由进化过程决定的脑容积*性行为规则决定的脑灵敏度的乘积决定的。
东亚人有比欧美白人更长的文明史，所以脑容积比白人大得多，智力极限也就比白人高得多。不过东亚长期以来淫乱程度相当高，所以脑灵敏度比长期生活在基督教严格婚姻制度下的白人低。所以两者之积反而比白人要低一点。这也是为什么西方天才比较多的原因。
但是要说最高级的天才，则是东亚人，特别是中国人比白人高得多。因为中国人的脑容积更大，在相同灵敏度时智力远高于白人。
人类智力变化极快的。并且基因从父母，即脑容积由父母的基因决定，脑灵敏度由母系的贞洁度决定。所以二战前，中男白女的后代智力最高，白男中女的智力就一般了。而到了现代，中男白女的智力很低，白男中女的智力一般。就中男中女纯汉人的智力最高。
智力这东西是不断变化的。
性行为规则决定智力。
至于二战后欧美性解放后，白人的婚姻观早就被毁，现在他们的脑灵敏度早就下降到惨不忍睹的程度了。现在美国欧洲日本俄罗斯，都没有了真正的科技进步，只好看着中国在各个领域突飞猛进，先是说中国间谍偷了他们的成果，现在中国的成就超过他们了，则说中国得了外星人的技术。
近来看到很多讨论中国人是不是聪明的言论。
如果从智商这一点来看的话，中国人是世界上最聪明的人无疑。但是，在近现代中，中国缺席世界文明太久了，我们拿不出手有什么东西说明我们的创造力也同样强大。所以，有人说中国人只有小聪明。
其实，一切都得从文明史和人类进化说起。当人类进入文明社会，社会化的生活方式会刺激大脑进一步发育。中国的文明史最长，所以中国人有世界上最大的脑容积，欧美白人有第二长的文明史，所以他们有世界第二大的脑容积。黑人没有文明史，他们一直还处于野蛮状态，所以他们的脑容积最小。
随着人类文明的进步，人类的道德就会开始退化。这种人类的智力进化但是道德退化的问题，一直都在导致人类的文明轮回。人类从部落社会-城邦社会-王国社会-帝国社会，随着有效统治区的扩大，人们越发增长见识，同时学会了使坏。
基本上，人类在进入到王国时代时最强大，这时，人类有足够的见识和知识，同时大国战争有着高度的危险，迫使人们保持较高的道德水平以保障国家的竞争力。那些道德水平低的王国，都被别国灭亡了。能够传承下来的王国，其道德水平肯定得维持在水准以上。而一旦进入帝国时代，由于统治的高度统一，战争危险已经远离，人们无需保持较高的道德水平以保证国家安全，内部竞争中的道德水平下降就成为了社会主流，道德水平高速下降。
中国从秦始皇开始统一，到刘邦统一，进入到了帝国时代，道德水平下降得可怕，以至于国家毫无战斗力可言，就有了五胡乱华，元朝入侵和清朝入侵。每次都只有到了亡国灭种的最后关头才拿出点民族道德来，长期恶人当道。秦桧汪精卫，坏人一抓一大把。这从中国的主要科技成就不是先秦，就是在胡人治下就可知了。祖冲之是南北朝时北方人，郭守敬是蒙元时北方人，长期帝国时代的统治者，内斗极其凶残，无所不用其极，科技工作者和科学家被他们当成奴隶。
二战前欧美一直没有进入过帝国时代，大国战争的结果就是其道德维持在水准以上，虽然他们智力不行，但是有着较好的道德就能够有发挥才华的舞台。这也是他们的科技进步一直持续的原因。
但是，随着原子弹的产生，虽然没有统一，但是欧美仍然远离了真正的战争，这时欧美也就进入了帝国时代，道德水平不断下降。现在欧美已经没有什么创新能力了。
有人认为白皮烧杀抢掠道德就低下，那是他们曲解了道德。道德是用来维持群体强大的，道德就是爱同胞，杀外人，强大自身，文明进步。白皮对外烧杀抢掠就是道德高尚。古代中国内王外圣四处和亲，那当然是道德低劣。只有抗日后才知道自强，道德水平上升。
没有道德的国家，人们只知自己不知国家，就算有再强大的国力也会快速消耗尽。我们常常会出现的那种认为烧杀抢掠道德就低下的错误思想，是中国进入帝国时代后伪儒等伪学横行时，无耻之人为了争夺政权而捏造出来打压政敌的无耻说法。正是伪儒那种的无耻篡改论语“以德报怨何以报德以德报德以直报怨”为“以德报怨”，使得中国人的道德出现了偏差，道德水平的下降才有了二千年的科技无进步，国土一再被入侵。因为这些伪儒将中国的道德水平下降到一个可怕的程度。
而抗日战争的到来，让中国人到了最后时刻，终于在血的洗礼中恢复了自己的道德水平，从而在不过三年的内战中将道德败坏但是实力强大的当权者推翻，中国以恢复道德迎来了自己的新生。长期的封锁和入侵威胁，使中国的道德水平一直维持在水准以上。这也是中国建立后经济科技高速发展，改开后发展更迅速的原因。现在中国在大部分的科技领域都追上世界先进水平。这不但有中国人智力更高的原因，也有中国人道德水平更高的原因。中国是在血战中迎来自己的新生，现在网上，网下，人们自觉维持道德也是比较常见，不像欧美白人那样只会占便宜。
如果从智商这一点来看的话，中国人是世界上最聪明的人无疑。但是，在近现代中，中国缺席世界文明太久了，我们拿不出手有什么东西说明我们的创造力也同样强大。所以，有人说中国人只有小聪明。
其实，一切都得从文明史和人类进化说起。当人类进入文明社会，社会化的生活方式会刺激大脑进一步发育。中国的文明史最长，所以中国人有世界上最大的脑容积，欧美白人有第二长的文明史，所以他们有世界第二大的脑容积。黑人没有文明史，他们一直还处于野蛮状态，所以他们的脑容积最小。
随着人类文明的进步，人类的道德就会开始退化。这种人类的智力进化但是道德退化的问题，一直都在导致人类的文明轮回。人类从部落社会-城邦社会-王国社会-帝国社会，随着有效统治区的扩大，人们越发增长见识，同时学会了使坏。
基本上，人类在进入到王国时代时最强大，这时，人类有足够的见识和知识，同时大国战争有着高度的危险，迫使人们保持较高的道德水平以保障国家的竞争力。那些道德水平低的王国，都被别国灭亡了。能够传承下来的王国，其道德水平肯定得维持在水准以上。而一旦进入帝国时代，由于统治的高度统一，战争危险已经远离，人们无需保持较高的道德水平以保证国家安全，内部竞争中的道德水平下降就成为了社会主流，道德水平高速下降。
中国从秦始皇开始统一，到刘邦统一，进入到了帝国时代，道德水平下降得可怕，以至于国家毫无战斗力可言，就有了五胡乱华，元朝入侵和清朝入侵。每次都只有到了亡国灭种的最后关头才拿出点民族道德来，长期恶人当道。秦桧汪精卫，坏人一抓一大把。这从中国的主要科技成就不是先秦，就是在胡人治下就可知了。祖冲之是南北朝时北方人，郭守敬是蒙元时北方人，长期帝国时代的统治者，内斗极其凶残，无所不用其极，科技工作者和科学家被他们当成奴隶。
二战前欧美一直没有进入过帝国时代，大国战争的结果就是其道德维持在水准以上，虽然他们智力不行，但是有着较好的道德就能够有发挥才华的舞台。这也是他们的科技进步一直持续的原因。
但是，随着原子弹的产生，虽然没有统一，但是欧美仍然远离了真正的战争，这时欧美也就进入了帝国时代，道德水平不断下降。现在欧美已经没有什么创新能力了。
有人认为白皮烧杀抢掠道德就低下，那是他们曲解了道德。道德是用来维持群体强大的，道德就是爱同胞，杀外人，强大自身，文明进步。白皮对外烧杀抢掠就是道德高尚。古代中国内王外圣四处和亲，那当然是道德低劣。只有抗日后才知道自强，道德水平上升。
没有道德的国家，人们只知自己不知国家，就算有再强大的国力也会快速消耗尽。我们常常会出现的那种认为烧杀抢掠道德就低下的错误思想，是中国进入帝国时代后伪儒等伪学横行时，无耻之人为了争夺政权而捏造出来打压政敌的无耻说法。正是伪儒那种的无耻篡改论语“以德报怨何以报德以德报德以直报怨”为“以德报怨”，使得中国人的道德出现了偏差，道德水平的下降才有了二千年的科技无进步，国土一再被入侵。因为这些伪儒将中国的道德水平下降到一个可怕的程度。
而抗日战争的到来，让中国人到了最后时刻，终于在血的洗礼中恢复了自己的道德水平，从而在不过三年的内战中将道德败坏但是实力强大的当权者推翻，中国以恢复道德迎来了自己的新生。长期的封锁和入侵威胁，使中国的道德水平一直维持在水准以上。这也是中国建立后经济科技高速发展，改开后发展更迅速的原因。现在中国在大部分的科技领域都追上世界先进水平。这不但有中国人智力更高的原因，也有中国人道德水平更高的原因。中国是在血战中迎来自己的新生，现在网上，网下，人们自觉维持道德也是比较常见，不像欧美白人那样只会占便宜。
性解放导致人类智力下降原理简介：
由于大脑和睾丸（女性是副性腺）在DHA的使用分配上处于竞争关系。所以睾丸或副性腺消耗的DHA多了，就要减少大脑的份额。偏偏DHA的消耗量是大脑聪明与愚蠢的决定性物质。所以人类聪明与愚蠢是由他的睾丸或她的副性腺大小决定的。
而母亲的性经历所反映出的精子竞争的风险是决定后代睾丸或副性腺大小的依据。女性性伴侣越多，则其性经历反映的精子竞争风险越大，后代大脑分到的DHA越少，越愚蠢，睾丸或副性腺越大，反之，女性只与单一男性发生关系的时间越长，其性经历反映的精子竞争风险越小，后代越聪明，睾丸或副性腺越小。而决定这种分配的机制存在于基因表观修饰中，可以迅速改变，即混交可以让下一代人立即变愚蠢。
下面是详细证据（非专业人士可不看，如果想看完整版本，请到百度文库下载《提高后代智力的方法及其科学证据》一文）。
由于大脑和睾丸（女性是副性腺）在DHA的使用分配上处于竞争关系。所以睾丸或副性腺消耗的DHA多了，就要减少大脑的份额。偏偏DHA的消耗量是大脑聪明与愚蠢的决定性物质。所以人类聪明与愚蠢是由他的睾丸或她的副性腺大小决定的。
而母亲的性经历所反映出的精子竞争的风险是决定后代睾丸或副性腺大小的依据。女性性伴侣越多，则其性经历反映的精子竞争风险越大，后代大脑分到的DHA越少，越愚蠢，睾丸或副性腺越大，反之，女性只与单一男性发生关系的时间越长，其性经历反映的精子竞争风险越小，后代越聪明，睾丸或副性腺越小。而决定这种分配的机制存在于基因表观修饰中，可以迅速改变，即混交可以让下一代人立即变愚蠢。
下面是详细证据（非专业人士可不看，如果想看完整版本，请到百度文库下载《提高后代智力的方法及其科学证据》一文）。
INTRODUCTION
For a long time, people believed that all sexual selections have a positive influence on brain evolution. Sperm competition is one type of sexual selection, will promote the development of brain. They believe that males and females are jointly under selection to subvert the reproductive investment made by their sexual partners, and resist being subverted by them, thus generating sexually antagonistic coevolution for cognition (1). Many investigations indicate that sperm competition really increases gene variety in many species. But the contribution of sexual selection to brain evolution has been little investigated. When scientist began to conduct these kinds of researches, they amazedly found a contrary result. Through comparative analyses of bats, Scott Pitnick and his colleagues found that bat species with promiscuous females have relatively smaller brains than do species with females exhibiting mate fidelity; on contrary, males of bat species with promiscuous females have large testes than do males of species with females exhibiting mate fidelity. (2).
Scott Pitnick explained this observed result with a hypothesis call “expensive sexual tissue”. He explained that some sexual tissues, including testis, are costly to maintain.
For a long time, people believed that all sexual selections have a positive influence on brain evolution. Sperm competition is one type of sexual selection, will promote the development of brain. They believe that males and females are jointly under selection to subvert the reproductive investment made by their sexual partners, and resist being subverted by them, thus generating sexually antagonistic coevolution for cognition (1). Many investigations indicate that sperm competition really increases gene variety in many species. But the contribution of sexual selection to brain evolution has been little investigated. When scientist began to conduct these kinds of researches, they amazedly found a contrary result. Through comparative analyses of bats, Scott Pitnick and his colleagues found that bat species with promiscuous females have relatively smaller brains than do species with females exhibiting mate fidelity; on contrary, males of bat species with promiscuous females have large testes than do males of species with females exhibiting mate fidelity. (2).
Scott Pitnick explained this observed result with a hypothesis call “expensive sexual tissue”. He explained that some sexual tissues, including testis, are costly to maintain.
QUALITATIVE ANALYSIS
There are two types of Essential fatty acids for human, one is omega-6 series, and the other one is omega-3 series. Omega-3 series included 18:3n-3 (α-linolenic acid, ALA), 20:5n-3 (EPA), 22:5n-3 (DPA) and 22:6n-3 (DHA). 20:5n-3 and 22:5n-3 can be synthesized from ALA, and they can be further converted to DHA.
DHA plays a crucial role in diverse functions at multiple levels. At the membrane level, it can influence the function of the blood–brain barrier (10); it can alter membrane receptors such as rhodopsin (11); it can regulate the activity of membrane-bound enzymes (Na/K-dependent ATPase) (12), ionic channels (13), and dopaminergic and serotoninergic neurotransmission (14,15), most probably by changing membrane fluidity (16); and it can alter signal transduction by means of effects on inositol phosphates, diacylglycerol, and protein kinase C(17). At the cellular level, DHA can protect neural cells from apoptotic death (18), stimulate neurite outgrowth in PC12 cells (19,20), induce synaptic growth cones during neuronal development (21-23), enhance synaptic functions(24), regulate nerve growth factor(25), and influence neuron size (26,27). Many investigations show that DHA is the important component and is essential to maintain brain health. Deficiencies of n-3 PUFA lead to a loss of 22:6n-3 from brain and retina rod outer segment (ROS) phospholipids with a compensatory replacement by 22:5n-6, thus result in a bad learning performance (28-31). Low levels of DHA have been associated with several neurological and behavioral disorders such as depression, schizophrenia, Alzheimer’s disease and Attention Deficit Hyperactivity Disorder (32).
DHA also plays a crucial role in sperm. A lower DHA level of the fatty acid of sperm results in a lower spermatic quality. Sperms are enriched in PUFA, and DHA contributed to more than 60% of total PUFA in sperm. An investigation shows that, in normozoospermic sperm samples, PUFA represented 34.0 ± 1.3 (mean ± SE, mole %) and 25.6 ± 1.2% of total fatty acid of Phospholipids of the 47 and 90% Percoll fractions respectively. DHA was significantly lower in both the 47% (P < 0.05) and the 90% (P < 0.01) Percoll fractions of oligozoospermic samples and in the 90% Percoll layer of asthenozoospermic samples (P < 0.01), compared with normozoospermic samples.(33)
Current theories of membrane fusion suggest that membrane fluidity is a prerequisite for normal cell functions and, the capacity of sperm to fuse with ovum. The fluidity and flexibility of cell membranes are mainly dependent on their lipid constitution. PUFA especially DHA are known to contribute to membrane fluidity and flexibility(34-36)
Although DHA is very important to maintain many tissue’ normal function, and many academic institutes recommend people to intake much more DHA than now they have intake from diet. But many evidences imply that the utilization of DHA is costly, especially when it is used as tissue structure material.
Due to its high level of unsaturated, under normal physiological conditions, the PUFAs in mammalian cells undergo autoxidation more readily and rapidly than saturated or monounsaturated fatty acids (37). Autoxidation is a self-sustaining chain reaction between PUFAs and reactive oxygen species, and this reaction produces lipid peroxides that are highly toxic to cells. High levels of lipid peroxidation in mammalian tissues may lead to hemolysis, muscle degeneration, nervous system damage, and eventual death (38-40). Vitamin E is required in the diets of all animals for proper health and survival (41).Its function bases on its ability to block the peroxidation of plasma membrane. The amount of Vitamin E required in the diet for proper health depends mostly on the amount of PUFA present in the diet. Increasing the amount of PUFA in the diet without also sufficiently raising Vitamin E levels leads to increased tissue damage by lipid peroxidation (42). Furthermore, studies investigating the effects of EPA and DHA supplementation have shown an increase in lipid peroxidation, although amounts of vitamin E were present that are considered adequate in relation to the calculated oxidative potential of these fatty acids. A calculation of the vitamin E requirement, using recent nutritional intake data, shows that a reduction in total fat intake with a concomitant increase in PUFA consumption, including EPA and DHA, will result in an increased amount of vitamin E required (43).
All the studies forenamed imply that the use of DHA is costly, but they are not the direct evidences. The aftermentioned study directly illuminates the price of the use of DHA as plasma membrane. Reinald Pamplona and his colleague’s study shows that proportion of DHA of mitochondrial membrane inversely related to maximum life-span in mammals. (44) That is say, the use of DHA is at the price of life span.
There are two types of Essential fatty acids for human, one is omega-6 series, and the other one is omega-3 series. Omega-3 series included 18:3n-3 (α-linolenic acid, ALA), 20:5n-3 (EPA), 22:5n-3 (DPA) and 22:6n-3 (DHA). 20:5n-3 and 22:5n-3 can be synthesized from ALA, and they can be further converted to DHA.
DHA plays a crucial role in diverse functions at multiple levels. At the membrane level, it can influence the function of the blood–brain barrier (10); it can alter membrane receptors such as rhodopsin (11); it can regulate the activity of membrane-bound enzymes (Na/K-dependent ATPase) (12), ionic channels (13), and dopaminergic and serotoninergic neurotransmission (14,15), most probably by changing membrane fluidity (16); and it can alter signal transduction by means of effects on inositol phosphates, diacylglycerol, and protein kinase C(17). At the cellular level, DHA can protect neural cells from apoptotic death (18), stimulate neurite outgrowth in PC12 cells (19,20), induce synaptic growth cones during neuronal development (21-23), enhance synaptic functions(24), regulate nerve growth factor(25), and influence neuron size (26,27). Many investigations show that DHA is the important component and is essential to maintain brain health. Deficiencies of n-3 PUFA lead to a loss of 22:6n-3 from brain and retina rod outer segment (ROS) phospholipids with a compensatory replacement by 22:5n-6, thus result in a bad learning performance (28-31). Low levels of DHA have been associated with several neurological and behavioral disorders such as depression, schizophrenia, Alzheimer’s disease and Attention Deficit Hyperactivity Disorder (32).
DHA also plays a crucial role in sperm. A lower DHA level of the fatty acid of sperm results in a lower spermatic quality. Sperms are enriched in PUFA, and DHA contributed to more than 60% of total PUFA in sperm. An investigation shows that, in normozoospermic sperm samples, PUFA represented 34.0 ± 1.3 (mean ± SE, mole %) and 25.6 ± 1.2% of total fatty acid of Phospholipids of the 47 and 90% Percoll fractions respectively. DHA was significantly lower in both the 47% (P < 0.05) and the 90% (P < 0.01) Percoll fractions of oligozoospermic samples and in the 90% Percoll layer of asthenozoospermic samples (P < 0.01), compared with normozoospermic samples.(33)
Current theories of membrane fusion suggest that membrane fluidity is a prerequisite for normal cell functions and, the capacity of sperm to fuse with ovum. The fluidity and flexibility of cell membranes are mainly dependent on their lipid constitution. PUFA especially DHA are known to contribute to membrane fluidity and flexibility(34-36)
Although DHA is very important to maintain many tissue’ normal function, and many academic institutes recommend people to intake much more DHA than now they have intake from diet. But many evidences imply that the utilization of DHA is costly, especially when it is used as tissue structure material.
Due to its high level of unsaturated, under normal physiological conditions, the PUFAs in mammalian cells undergo autoxidation more readily and rapidly than saturated or monounsaturated fatty acids (37). Autoxidation is a self-sustaining chain reaction between PUFAs and reactive oxygen species, and this reaction produces lipid peroxides that are highly toxic to cells. High levels of lipid peroxidation in mammalian tissues may lead to hemolysis, muscle degeneration, nervous system damage, and eventual death (38-40). Vitamin E is required in the diets of all animals for proper health and survival (41).Its function bases on its ability to block the peroxidation of plasma membrane. The amount of Vitamin E required in the diet for proper health depends mostly on the amount of PUFA present in the diet. Increasing the amount of PUFA in the diet without also sufficiently raising Vitamin E levels leads to increased tissue damage by lipid peroxidation (42). Furthermore, studies investigating the effects of EPA and DHA supplementation have shown an increase in lipid peroxidation, although amounts of vitamin E were present that are considered adequate in relation to the calculated oxidative potential of these fatty acids. A calculation of the vitamin E requirement, using recent nutritional intake data, shows that a reduction in total fat intake with a concomitant increase in PUFA consumption, including EPA and DHA, will result in an increased amount of vitamin E required (43).
All the studies forenamed imply that the use of DHA is costly, but they are not the direct evidences. The aftermentioned study directly illuminates the price of the use of DHA as plasma membrane. Reinald Pamplona and his colleague’s study shows that proportion of DHA of mitochondrial membrane inversely related to maximum life-span in mammals. (44) That is say, the use of DHA is at the price of life span.
QUALITATIVE ANALYSIS
There are two types of Essential fatty acids for human, one is omega-6 series, and the other one is omega-3 series. Omega-3 series included 18:3n-3 (α-linolenic acid, ALA), 20:5n-3 (EPA), 22:5n-3 (DPA) and 22:6n-3 (DHA). 20:5n-3 and 22:5n-3 can be synthesized from ALA, and they can be further converted to DHA.
DHA plays a crucial role in diverse functions at multiple levels. At the membrane level, it can influence the function of the blood–brain barrier (10); it can alter membrane receptors such as rhodopsin (11); it can regulate the activity of membrane-bound enzymes (Na/K-dependent ATPase) (12), ionic channels (13), and dopaminergic and serotoninergic neurotransmission (14,15), most probably by changing membrane fluidity (16); and it can alter signal transduction by means of effects on inositol phosphates, diacylglycerol, and protein kinase C(17). At the cellular level, DHA can protect neural cells from apoptotic death (18), stimulate neurite outgrowth in PC12 cells (19,20), induce synaptic growth cones during neuronal development (21-23), enhance synaptic functions(24), regulate nerve growth factor(25), and influence neuron size (26,27). Many investigations show that DHA is the important component and is essential to maintain brain health. Deficiencies of n-3 PUFA lead to a loss of 22:6n-3 from brain and retina rod outer segment (ROS) phospholipids with a compensatory replacement by 22:5n-6, thus result in a bad learning performance (28-31). Low levels of DHA have been associated with several neurological and behavioral disorders such as depression, schizophrenia, Alzheimer’s disease and Attention Deficit Hyperactivity Disorder (32).
DHA also plays a crucial role in sperm. A lower DHA level of the fatty acid of sperm results in a lower spermatic quality. Sperms are enriched in PUFA, and DHA contributed to more than 60% of total PUFA in sperm. An investigation shows that, in normozoospermic sperm samples, PUFA represented 34.0 ± 1.3 (mean ± SE, mole %) and 25.6 ± 1.2% of total fatty acid of Phospholipids of the 47 and 90% Percoll fractions respectively. DHA was significantly lower in both the 47% (P < 0.05) and the 90% (P < 0.01) Percoll fractions of oligozoospermic samples and in the 90% Percoll layer of asthenozoospermic samples (P < 0.01), compared with normozoospermic samples.(33)
Current theories of membrane fusion suggest that membrane fluidity is a prerequisite for normal cell functions and, the capacity of sperm to fuse with ovum. The fluidity and flexibility of cell membranes are mainly dependent on their lipid constitution. PUFA especially DHA are known to contribute to membrane fluidity and flexibility(34-36)
Although DHA is very important to maintain many tissue’ normal function, and many academic institutes recommend people to intake much more DHA than now they have intake from diet. But many evidences imply that the utilization of DHA is costly, especially when it is used as tissue structure material.
Due to its high level of unsaturated, under normal physiological conditions, the PUFAs in mammalian cells undergo autoxidation more readily and rapidly than saturated or monounsaturated fatty acids (37). Autoxidation is a self-sustaining chain reaction between PUFAs and reactive oxygen species, and this reaction produces lipid peroxides that are highly toxic to cells. High levels of lipid peroxidation in mammalian tissues may lead to hemolysis, muscle degeneration, nervous system damage, and eventual death (38-40). Vitamin E is required in the diets of all animals for proper health and survival (41).Its function bases on its ability to block the peroxidation of plasma membrane. The amount of Vitamin E required in the diet for proper health depends mostly on the amount of PUFA present in the diet. Increasing the amount of PUFA in the diet without also sufficiently raising Vitamin E levels leads to increased tissue damage by lipid peroxidation (42). Furthermore, studies investigating the effects of EPA and DHA supplementation have shown an increase in lipid peroxidation, although amounts of vitamin E were present that are considered adequate in relation to the calculated oxidative potential of these fatty acids. A calculation of the vitamin E requirement, using recent nutritional intake data, shows that a reduction in total fat intake with a concomitant increase in PUFA consumption, including EPA and DHA, will result in an increased amount of vitamin E required (43).
All the studies forenamed imply that the use of DHA is costly, but they are not the direct evidences. The aftermentioned study directly illuminates the price of the use of DHA as plasma membrane. Reinald Pamplona and his colleague’s study shows that proportion of DHA of mitochondrial membrane inversely related to maximum life-span in mammals. (44) That is say, the use of DHA is at the price of life span.
There are two types of Essential fatty acids for human, one is omega-6 series, and the other one is omega-3 series. Omega-3 series included 18:3n-3 (α-linolenic acid, ALA), 20:5n-3 (EPA), 22:5n-3 (DPA) and 22:6n-3 (DHA). 20:5n-3 and 22:5n-3 can be synthesized from ALA, and they can be further converted to DHA.
DHA plays a crucial role in diverse functions at multiple levels. At the membrane level, it can influence the function of the blood–brain barrier (10); it can alter membrane receptors such as rhodopsin (11); it can regulate the activity of membrane-bound enzymes (Na/K-dependent ATPase) (12), ionic channels (13), and dopaminergic and serotoninergic neurotransmission (14,15), most probably by changing membrane fluidity (16); and it can alter signal transduction by means of effects on inositol phosphates, diacylglycerol, and protein kinase C(17). At the cellular level, DHA can protect neural cells from apoptotic death (18), stimulate neurite outgrowth in PC12 cells (19,20), induce synaptic growth cones during neuronal development (21-23), enhance synaptic functions(24), regulate nerve growth factor(25), and influence neuron size (26,27). Many investigations show that DHA is the important component and is essential to maintain brain health. Deficiencies of n-3 PUFA lead to a loss of 22:6n-3 from brain and retina rod outer segment (ROS) phospholipids with a compensatory replacement by 22:5n-6, thus result in a bad learning performance (28-31). Low levels of DHA have been associated with several neurological and behavioral disorders such as depression, schizophrenia, Alzheimer’s disease and Attention Deficit Hyperactivity Disorder (32).
DHA also plays a crucial role in sperm. A lower DHA level of the fatty acid of sperm results in a lower spermatic quality. Sperms are enriched in PUFA, and DHA contributed to more than 60% of total PUFA in sperm. An investigation shows that, in normozoospermic sperm samples, PUFA represented 34.0 ± 1.3 (mean ± SE, mole %) and 25.6 ± 1.2% of total fatty acid of Phospholipids of the 47 and 90% Percoll fractions respectively. DHA was significantly lower in both the 47% (P < 0.05) and the 90% (P < 0.01) Percoll fractions of oligozoospermic samples and in the 90% Percoll layer of asthenozoospermic samples (P < 0.01), compared with normozoospermic samples.(33)
Current theories of membrane fusion suggest that membrane fluidity is a prerequisite for normal cell functions and, the capacity of sperm to fuse with ovum. The fluidity and flexibility of cell membranes are mainly dependent on their lipid constitution. PUFA especially DHA are known to contribute to membrane fluidity and flexibility(34-36)
Although DHA is very important to maintain many tissue’ normal function, and many academic institutes recommend people to intake much more DHA than now they have intake from diet. But many evidences imply that the utilization of DHA is costly, especially when it is used as tissue structure material.
Due to its high level of unsaturated, under normal physiological conditions, the PUFAs in mammalian cells undergo autoxidation more readily and rapidly than saturated or monounsaturated fatty acids (37). Autoxidation is a self-sustaining chain reaction between PUFAs and reactive oxygen species, and this reaction produces lipid peroxides that are highly toxic to cells. High levels of lipid peroxidation in mammalian tissues may lead to hemolysis, muscle degeneration, nervous system damage, and eventual death (38-40). Vitamin E is required in the diets of all animals for proper health and survival (41).Its function bases on its ability to block the peroxidation of plasma membrane. The amount of Vitamin E required in the diet for proper health depends mostly on the amount of PUFA present in the diet. Increasing the amount of PUFA in the diet without also sufficiently raising Vitamin E levels leads to increased tissue damage by lipid peroxidation (42). Furthermore, studies investigating the effects of EPA and DHA supplementation have shown an increase in lipid peroxidation, although amounts of vitamin E were present that are considered adequate in relation to the calculated oxidative potential of these fatty acids. A calculation of the vitamin E requirement, using recent nutritional intake data, shows that a reduction in total fat intake with a concomitant increase in PUFA consumption, including EPA and DHA, will result in an increased amount of vitamin E required (43).
All the studies forenamed imply that the use of DHA is costly, but they are not the direct evidences. The aftermentioned study directly illuminates the price of the use of DHA as plasma membrane. Reinald Pamplona and his colleague’s study shows that proportion of DHA of mitochondrial membrane inversely related to maximum life-span in mammals. (44) That is say, the use of DHA is at the price of life span.
@吴知子 2018-05-01 16:56:30
邓的第二次洋务运动已失败
-----------------------------
邓不是洋务运动，而是真正振兴中国。
不过国际情况实在太复杂。有太多没想到的情况。
中国是一个条文法国家，自然不知道判例法国家的人心是怎样的。这不奇怪。
当年威廉二世，希小胡子就是吃了这方面的大亏。他们以为自己没有冒犯他们，为什么他们要和自己拼命。他们想得太简单啦。
邓的第二次洋务运动已失败
-----------------------------
邓不是洋务运动，而是真正振兴中国。
不过国际情况实在太复杂。有太多没想到的情况。
中国是一个条文法国家，自然不知道判例法国家的人心是怎样的。这不奇怪。
当年威廉二世，希小胡子就是吃了这方面的大亏。他们以为自己没有冒犯他们，为什么他们要和自己拼命。他们想得太简单啦。
@z5183702 2018-05-01 16:23:31
房地产世界第一 别的真算了吧
-----------------------------
你说的是美国吧？美国真的是房地产世界第一，比中国GDP高多啦，并且还不用花水泥钢筋，就猪圈一样的木板房。
美国的农村猪圈都敢卖30万美元。中国只有一二线小区房有这个价吧。中国的农村楼房都不值钱，三线近郊房子才4万美元左右。三线城中房子也就6万美元，三线市中心最多10万美元。
四线城市近郊只怕不到3万美元，三线城中房子也就4万美元，三线市中心最多6万美元。
房地产世界第一 别的真算了吧
-----------------------------
你说的是美国吧？美国真的是房地产世界第一，比中国GDP高多啦，并且还不用花水泥钢筋，就猪圈一样的木板房。
美国的农村猪圈都敢卖30万美元。中国只有一二线小区房有这个价吧。中国的农村楼房都不值钱，三线近郊房子才4万美元左右。三线城中房子也就6万美元，三线市中心最多10万美元。
四线城市近郊只怕不到3万美元，三线城中房子也就4万美元，三线市中心最多6万美元。
在美国，所有的高科技大亨都是犹太人，没有例外。
盖磁母亲是犹太人，非死不可的扎可伯格是犹太人，欲哥的佩其和布灵是犹太人。亚马逊的贝佐思是犹太人。所有的高科技公司老大，如果不是犹太人都最后要被扫地出门。
雅虎的杨致远不是犹太人，被扫地出门，莲花的卡普尔不是犹太人，最后被微软玩残。
苹果的乔布斯被扫地出门，到36岁认祖归宗成了犹太人，才出新出任苹果老大。
犹太人权力在手，江湖哪里有其他民族称雄的可能？
犹太人控制欧美靠的是教育和金融。
在中世纪，欧美白人是不受教育的，而且宗教教义禁止从事金融业。犹太人则有自己的教育组织（拉比）。一个受过高等教育的民族在一个几乎全文盲的欧美世界中有着可怕的竞争力。所以犹太人开始控制欧美的金融，并通过金融控制渗透进政治和军事，科技等领域。
之后，犹太人通过建立判例法系，确立了自己在欧美大多数国家的特权。
知道什么是判例法不？就是一个案子有几十上百的相似案例，钱多的请的律师厉害就可以颠倒黑白。而颠倒黑白多了，连法律本身的基础：判例，就是颠倒黑白的。所以，判例法系国家的人只知道利益和强弱，不知道是非。
一个没有是非的国家，其民众不知道什么是对，什么是错，犹太人再通过控制教育（美国大多数大学都是犹太人捐款开办的），通过控制教育内容给民众洗脑。这样，犹太人就最终控制了欧美判例法系国家的所有游戏规则
欧美的权力，特别是非政府权力，例如各种基金会，各种公司，各种协会，这些基本上都控制在犹太人手里。而诺贝尔奖是则诺贝尔基金会评的，那是基金会，基本上控制在犹太人手里，他们还有不占多的。所有奖项，非犹太人完胜犹太人的，给他们，双方有争议的，全部给犹太人。这样一来，犹太人的奖项怎么会不多？
一战和二战，虽然表面上是英德之争，但是实质上是犹太人控制区与非犹太人控制区的战争。德国统一后建立容克银行系统，令犹太人不能操纵德国货币。犹太人罗斯柴尔德有言：如果我控制了一个国家的货币，我可以不管谁制定法律。所以，对于德国这个犹太人不能控制其货币的国家，犹太人是必欲除之而后快的。这就是一战的起源。与什么殖民地争夺，什么世界老大争夺无关。因为美国抢了更大的殖民地，经济更是已经在1894年就是世界第一。英国是争老大没道理打德国，应该打美国才对。
但是美国早就是犹太人控制货币的国家，左手打右手，没意思啊。德国居然不让犹太人控制货币，这个异端一定要灭掉。这就是一战的起因。为了来掉德国，犹太人向英国提供了无数支持。
很多人认为美国是为这为那的原因反中。其实不是。美国反中，主要原因是中国的货币发行不被犹太人控制，那是犹太人眼中的异端，一定要灭掉
盖磁母亲是犹太人，非死不可的扎可伯格是犹太人，欲哥的佩其和布灵是犹太人。亚马逊的贝佐思是犹太人。所有的高科技公司老大，如果不是犹太人都最后要被扫地出门。
雅虎的杨致远不是犹太人，被扫地出门，莲花的卡普尔不是犹太人，最后被微软玩残。
苹果的乔布斯被扫地出门，到36岁认祖归宗成了犹太人，才出新出任苹果老大。
犹太人权力在手，江湖哪里有其他民族称雄的可能？
犹太人控制欧美靠的是教育和金融。
在中世纪，欧美白人是不受教育的，而且宗教教义禁止从事金融业。犹太人则有自己的教育组织（拉比）。一个受过高等教育的民族在一个几乎全文盲的欧美世界中有着可怕的竞争力。所以犹太人开始控制欧美的金融，并通过金融控制渗透进政治和军事，科技等领域。
之后，犹太人通过建立判例法系，确立了自己在欧美大多数国家的特权。
知道什么是判例法不？就是一个案子有几十上百的相似案例，钱多的请的律师厉害就可以颠倒黑白。而颠倒黑白多了，连法律本身的基础：判例，就是颠倒黑白的。所以，判例法系国家的人只知道利益和强弱，不知道是非。
一个没有是非的国家，其民众不知道什么是对，什么是错，犹太人再通过控制教育（美国大多数大学都是犹太人捐款开办的），通过控制教育内容给民众洗脑。这样，犹太人就最终控制了欧美判例法系国家的所有游戏规则
欧美的权力，特别是非政府权力，例如各种基金会，各种公司，各种协会，这些基本上都控制在犹太人手里。而诺贝尔奖是则诺贝尔基金会评的，那是基金会，基本上控制在犹太人手里，他们还有不占多的。所有奖项，非犹太人完胜犹太人的，给他们，双方有争议的，全部给犹太人。这样一来，犹太人的奖项怎么会不多？
一战和二战，虽然表面上是英德之争，但是实质上是犹太人控制区与非犹太人控制区的战争。德国统一后建立容克银行系统，令犹太人不能操纵德国货币。犹太人罗斯柴尔德有言：如果我控制了一个国家的货币，我可以不管谁制定法律。所以，对于德国这个犹太人不能控制其货币的国家，犹太人是必欲除之而后快的。这就是一战的起源。与什么殖民地争夺，什么世界老大争夺无关。因为美国抢了更大的殖民地，经济更是已经在1894年就是世界第一。英国是争老大没道理打德国，应该打美国才对。
但是美国早就是犹太人控制货币的国家，左手打右手，没意思啊。德国居然不让犹太人控制货币，这个异端一定要灭掉。这就是一战的起因。为了来掉德国，犹太人向英国提供了无数支持。
很多人认为美国是为这为那的原因反中。其实不是。美国反中，主要原因是中国的货币发行不被犹太人控制，那是犹太人眼中的异端，一定要灭掉
犹*太人的智力只有94，是很低的。他们所以厉害是因为欧美国家一开始就没有受到过教育，都是愚民，而犹太人通过在欧美建立判例法系，使得欧美白人再厉害也只能做他们的奴隶。这样，他们通过自己控制的权力，确立了自己的地位。权力在手，排名还少得了吗？
德国人平均智商107，意大利人平均智商102，英国人平均智商100，法国人平均智商98，都教育水平极高，而犹太人平均智商94，教育水平最多比这几个国家高一点。但是德国有8000万人，意大利有3000万人，英国有6000万人，法国有6000万人，而犹太人不到1800万人，他们的天才总数怎么可能和德国意大利英国法国比？就是美国也有4000多万德国裔，远远不是犹太人能比的。
但是，为什么犹太人牢牢占据了所有奖项的榜首位置？为什么犹太人牢牢地控制了所有的经济权力？
欧美什么时候有过公平竞争？当与犹太人竞争的时候，谁不被吹黑哨？
没有黑哨，美国应该被德裔控制其经济权力：4000万平均107智商的人口，而不是被犹太人控制：690万平均智商94的人口。
4000万平均107智商的人口 vs 690万平均智商94的人口，没有黑哨，居然会输，谁敢想像？
犹太人在欧美全部人口中的比例，比之当年满族在清朝的比例也差不多，智商则等而下之，远远不如欧美白人。但是，欧美的权力和财富则牢牢地控制在犹太人手中。这也和当年满族建国时控制了权力和财富差不多。
清朝时，满族才多少人？还不是一样控制了中国。
最重要的是制度保证了少数人的特权。
欧美的判例法系，同一件事有上百条互相矛盾的法律来描述。执政者想保谁谁就合法，被搞的人无论怎么做都犯法。
盖磁的才能只有卡普尔的十分之一，但是卡普尔却被玩残了。一个人再天才，也不能够和一个有一定才华又背靠无数特权的人斗啊。
德国人平均智商107，意大利人平均智商102，英国人平均智商100，法国人平均智商98，都教育水平极高，而犹太人平均智商94，教育水平最多比这几个国家高一点。但是德国有8000万人，意大利有3000万人，英国有6000万人，法国有6000万人，而犹太人不到1800万人，他们的天才总数怎么可能和德国意大利英国法国比？就是美国也有4000多万德国裔，远远不是犹太人能比的。
但是，为什么犹太人牢牢占据了所有奖项的榜首位置？为什么犹太人牢牢地控制了所有的经济权力？
欧美什么时候有过公平竞争？当与犹太人竞争的时候，谁不被吹黑哨？
没有黑哨，美国应该被德裔控制其经济权力：4000万平均107智商的人口，而不是被犹太人控制：690万平均智商94的人口。
4000万平均107智商的人口 vs 690万平均智商94的人口，没有黑哨，居然会输，谁敢想像？
犹太人在欧美全部人口中的比例，比之当年满族在清朝的比例也差不多，智商则等而下之，远远不如欧美白人。但是，欧美的权力和财富则牢牢地控制在犹太人手中。这也和当年满族建国时控制了权力和财富差不多。
清朝时，满族才多少人？还不是一样控制了中国。
最重要的是制度保证了少数人的特权。
欧美的判例法系，同一件事有上百条互相矛盾的法律来描述。执政者想保谁谁就合法，被搞的人无论怎么做都犯法。
盖磁的才能只有卡普尔的十分之一，但是卡普尔却被玩残了。一个人再天才，也不能够和一个有一定才华又背靠无数特权的人斗啊。
QUANTITATIVE ANALYSIS
Because the conversion abilities of women from ALA to DHA are farther higher (45), and they haven’t got the competition between brain and testes, in this analysis we discuss the condition in men only.
The amount that human intake Omega-3 Fatty Acids is little. The intake of total omega-3 fatty acids in the United States is ≈1.6 g/d (≈0.7% of energy intake). Of this, α-linolenic acid accounts for ≈1.4 g/d, and only 0.1 to 0.2 g/d comes from EPA and DHA.(46) And EPA is much more than DHA in diets, in menhaden oil EPA/DHA is 3:2; and enriched fish oil EPA/DHA is 4:1(47). We suppose that EPA/DHA is 2:1 average in human diets, thus the direct intake of DHA from diets in human is approximately 33 to 67mg. It is said that a typical western natural foods contains <50mg/d DHA. (48)
An study shows that the conversion of ALA to the more active longer-chain metabolites is < 5-10% for EPA and 2-5% for DHA (49).When the dietary intake of DHA increase, the conversion rate from ALA to DHA will decreases significantly. An investigation shows that when a man takes a supplement of 17 g/day ALA by flaxseed oil with a normal diet, diet induced increases in erythrocyte phospholipid ALA (>3-fold), 20:5n-3 (>2-fold), and 22:5n-3, (50%), but no change in 22:6n-3. Furthermore, subjects given the sunflower oil diet enriched with 3 g of EPA plus DHA from fish oil give a similar erythrocyte phospholipid composition change (50). In another study, increasingα-LNA intake for a period of weeks to months results in an increase in the proportion of 20:5n-3 in plasma lipids, in erythrocytes, leukocytes, platelets and in breast milk but there is no increase in 22:6n-3 (45). This indicates that when a man intakes enough DHA, the conversion from ALA to DHA is very low, some researchers argue that it is lower than 0.1% (51). When large amount of DHA is supplement, it will be retro-converted to DPA or EPA, or even undergo metabolize and convert to other metabolites.
Vegetarians consume very little EPA and DHA. (52) And their DHA level of tissue is significantly lower than omnivores (53), it is widely recognized that overall morbidity and mortality are lower in vegetarians compared with omnivores. (54) As have been noted, proportion of DHA of mitochondrial membrane inversely related to maximum life span in mammals, the cost of using more of DHA is a shorted life-span.
Maximum life span of rat is 4 years, and of human is 122 years, 30.67-fold of rat. That means, the consumption rate of DHA of rat is 30.67 times faster than human. (44) The diet of rats is similar to that of human, and rats do not widely show deficiency of DHA. And, commonly, when one nutrient is easy to deficiently intake, these foods containing high level of this nutrient are usually delicious. But foods containing high level of DHA from animals are all fishy, and those from plants, such as colza oil, are tasteless. This indicates that the amount of DHA human intake is excessive.
Although the utilization of DHA will induce a shorted life span, the EPA will give beneficial effect for health (44). That is why the supplement of oil fish and fish oil are beneficial in many studies.
From all the noted evidence forementioned, we can suppose that, in the United States, maybe vegetarians do not intake enough DHA, but omnivores have intake enough or even excessive DHA, despite they do not intake enough EPA. In other words, 33--67mg DHA intake per day is enough or even excessive. Maybe part of the DHA they intake is retro-converted to EPA, or even maybe part of the DHA is consumed by β-oxidation to supply energy.
Studies show that, in healthy human volunteers, imaged with positron emission tomography after the i.v. injection of [1-11C]AA or [1-11C]DHA, equaled 17.8 mg/day per 1500 g brain for AA(55) and 4.6 mg/day for DHA (56).
Healthy human sperm cells contain approximately 14% DHA, a concentration that diminishes to 8% in men with reduced sperm motility or asthenozoospermia (57). An investigation conducted in Roma, Italy shows that the volunteers’ ejaculate range is 2.0-4.4ml, containing 1.2-6.6×108 sperm cells.(58). A human sperm cell approximately weights 37×10-12 g(59), 108 sperm cells approximately weights 3.7mg, thus 108 ejaculated sperm cells contain approximately 0.518mg of DHA.
Owing to its high concentration of PUFA, sperm cells must contain high level of antioxidants, such as Phospholipid hydroperoxide GSH peroxidase (PHGPx), GSH peroxidase (GPx) , Superoxide dismutase (SOD). (60) An investigation shows that Reactive oxygen species (ROS), such as H2 O2, produced in vitro on human spermatozoa, can inhibit GPx, SOD and decrease PUFA concentration. (61) And, Investigations show that in caput epididymal spermatozoa, both PHGPx, GPx and SOD activities andα-tochopherol content are much higher than in cauda, displaying activities about 2-3 fold higher. The cauda spermatozoa contain only about 25% of vitamin E in comparison to the caput sperm cells. (60) It indicates that sperms lose part of their DHA due to peroxidation during the time they go through the epididymis, so the total DHA a man pays for reproduction is not the DHA contained in the ejaculated semen, but the amount that the epididymis initially equips sperms. Because the level of DHA that sperms initially contain is not know, we suppose that it equals to the level of the segment containing highest level of DHA in ejaculated sperms. An investigation shows that the highest level of DHA in ejaculated sperm is 30.7% (mean + SD: 23.8+6.9) of the fatty acid in sperm. The level of DHA of normal sperms in ejaculated sperms is 21.15% (the mean of Percoll70-100) of the fatty acids in sperm (58). The highest level of DHA is 1.452 times of the normal level in sperm. The DHA is approximately 14% of total weight in normal sperm, so, the highest level of DHA is approximately 20.32% (14%×1.452) of total weight in sperms. Thus, the total DHA a man pays for production of 108 sperm is approximately 0.7518mg (3.7mg×20.32%).
The rate a man producing sperms is approximately 3.1 ± 0.5×106 per gram testis per day. (62) Thus, a man pays 0.02331mg DHA per gram testis per day for production of sperm.
The consumption rate of DHA in brain is 4.6mg per day per 1500g brain. The rate equals that the production of 6.119×108 sperm per day, equals the consumption of 197.4g [(6.119×108/day)÷(3.1×106/g/day)] testis. In addition, the larger testis is, the more sperms unit weight of it produces and, the higher quality sperms which it produces are (this means that the DHA level is higher).(63) That is say, less than 197.4g testis can consume 4.6mg DHA per day.
Thus, when testis need to produce more sperms, body had to pay more DHA, the DHA supply for brain must be bated. In this condition the DHA brain can use is inadequate, so it had to use 22:5 n-6 for replacement, brain functions being compromised in result. Thus, when a man’s testis size increase, his brain power must be compromised. Due to only 85% of pays DHA of brain can be replace by 22:5n-6, when a man give a testis size large more than 167.8g (197.4g×85%), his brain power is very low.
With a giving testis size, if sperm competition is intense, a man have to produce sperms more than 3.1×106 per gram testis per day, using more DHA for sperm production, the supply of DHA for brain being reduced, brain functions are therefore impaired.
If the sperm competition is very intense, the consumption of DHA for sperm production is too much that the supply for other tissue is inadequate to keep health, the price is a reduced life-span. An investigation shows that producing more sperms does at the price of reduces life-span. (64)
Because the conversion abilities of women from ALA to DHA are farther higher (45), and they haven’t got the competition between brain and testes, in this analysis we discuss the condition in men only.
The amount that human intake Omega-3 Fatty Acids is little. The intake of total omega-3 fatty acids in the United States is ≈1.6 g/d (≈0.7% of energy intake). Of this, α-linolenic acid accounts for ≈1.4 g/d, and only 0.1 to 0.2 g/d comes from EPA and DHA.(46) And EPA is much more than DHA in diets, in menhaden oil EPA/DHA is 3:2; and enriched fish oil EPA/DHA is 4:1(47). We suppose that EPA/DHA is 2:1 average in human diets, thus the direct intake of DHA from diets in human is approximately 33 to 67mg. It is said that a typical western natural foods contains <50mg/d DHA. (48)
An study shows that the conversion of ALA to the more active longer-chain metabolites is < 5-10% for EPA and 2-5% for DHA (49).When the dietary intake of DHA increase, the conversion rate from ALA to DHA will decreases significantly. An investigation shows that when a man takes a supplement of 17 g/day ALA by flaxseed oil with a normal diet, diet induced increases in erythrocyte phospholipid ALA (>3-fold), 20:5n-3 (>2-fold), and 22:5n-3, (50%), but no change in 22:6n-3. Furthermore, subjects given the sunflower oil diet enriched with 3 g of EPA plus DHA from fish oil give a similar erythrocyte phospholipid composition change (50). In another study, increasingα-LNA intake for a period of weeks to months results in an increase in the proportion of 20:5n-3 in plasma lipids, in erythrocytes, leukocytes, platelets and in breast milk but there is no increase in 22:6n-3 (45). This indicates that when a man intakes enough DHA, the conversion from ALA to DHA is very low, some researchers argue that it is lower than 0.1% (51). When large amount of DHA is supplement, it will be retro-converted to DPA or EPA, or even undergo metabolize and convert to other metabolites.
Vegetarians consume very little EPA and DHA. (52) And their DHA level of tissue is significantly lower than omnivores (53), it is widely recognized that overall morbidity and mortality are lower in vegetarians compared with omnivores. (54) As have been noted, proportion of DHA of mitochondrial membrane inversely related to maximum life span in mammals, the cost of using more of DHA is a shorted life-span.
Maximum life span of rat is 4 years, and of human is 122 years, 30.67-fold of rat. That means, the consumption rate of DHA of rat is 30.67 times faster than human. (44) The diet of rats is similar to that of human, and rats do not widely show deficiency of DHA. And, commonly, when one nutrient is easy to deficiently intake, these foods containing high level of this nutrient are usually delicious. But foods containing high level of DHA from animals are all fishy, and those from plants, such as colza oil, are tasteless. This indicates that the amount of DHA human intake is excessive.
Although the utilization of DHA will induce a shorted life span, the EPA will give beneficial effect for health (44). That is why the supplement of oil fish and fish oil are beneficial in many studies.
From all the noted evidence forementioned, we can suppose that, in the United States, maybe vegetarians do not intake enough DHA, but omnivores have intake enough or even excessive DHA, despite they do not intake enough EPA. In other words, 33--67mg DHA intake per day is enough or even excessive. Maybe part of the DHA they intake is retro-converted to EPA, or even maybe part of the DHA is consumed by β-oxidation to supply energy.
Studies show that, in healthy human volunteers, imaged with positron emission tomography after the i.v. injection of [1-11C]AA or [1-11C]DHA, equaled 17.8 mg/day per 1500 g brain for AA(55) and 4.6 mg/day for DHA (56).
Healthy human sperm cells contain approximately 14% DHA, a concentration that diminishes to 8% in men with reduced sperm motility or asthenozoospermia (57). An investigation conducted in Roma, Italy shows that the volunteers’ ejaculate range is 2.0-4.4ml, containing 1.2-6.6×108 sperm cells.(58). A human sperm cell approximately weights 37×10-12 g(59), 108 sperm cells approximately weights 3.7mg, thus 108 ejaculated sperm cells contain approximately 0.518mg of DHA.
Owing to its high concentration of PUFA, sperm cells must contain high level of antioxidants, such as Phospholipid hydroperoxide GSH peroxidase (PHGPx), GSH peroxidase (GPx) , Superoxide dismutase (SOD). (60) An investigation shows that Reactive oxygen species (ROS), such as H2 O2, produced in vitro on human spermatozoa, can inhibit GPx, SOD and decrease PUFA concentration. (61) And, Investigations show that in caput epididymal spermatozoa, both PHGPx, GPx and SOD activities andα-tochopherol content are much higher than in cauda, displaying activities about 2-3 fold higher. The cauda spermatozoa contain only about 25% of vitamin E in comparison to the caput sperm cells. (60) It indicates that sperms lose part of their DHA due to peroxidation during the time they go through the epididymis, so the total DHA a man pays for reproduction is not the DHA contained in the ejaculated semen, but the amount that the epididymis initially equips sperms. Because the level of DHA that sperms initially contain is not know, we suppose that it equals to the level of the segment containing highest level of DHA in ejaculated sperms. An investigation shows that the highest level of DHA in ejaculated sperm is 30.7% (mean + SD: 23.8+6.9) of the fatty acid in sperm. The level of DHA of normal sperms in ejaculated sperms is 21.15% (the mean of Percoll70-100) of the fatty acids in sperm (58). The highest level of DHA is 1.452 times of the normal level in sperm. The DHA is approximately 14% of total weight in normal sperm, so, the highest level of DHA is approximately 20.32% (14%×1.452) of total weight in sperms. Thus, the total DHA a man pays for production of 108 sperm is approximately 0.7518mg (3.7mg×20.32%).
The rate a man producing sperms is approximately 3.1 ± 0.5×106 per gram testis per day. (62) Thus, a man pays 0.02331mg DHA per gram testis per day for production of sperm.
The consumption rate of DHA in brain is 4.6mg per day per 1500g brain. The rate equals that the production of 6.119×108 sperm per day, equals the consumption of 197.4g [(6.119×108/day)÷(3.1×106/g/day)] testis. In addition, the larger testis is, the more sperms unit weight of it produces and, the higher quality sperms which it produces are (this means that the DHA level is higher).(63) That is say, less than 197.4g testis can consume 4.6mg DHA per day.
Thus, when testis need to produce more sperms, body had to pay more DHA, the DHA supply for brain must be bated. In this condition the DHA brain can use is inadequate, so it had to use 22:5 n-6 for replacement, brain functions being compromised in result. Thus, when a man’s testis size increase, his brain power must be compromised. Due to only 85% of pays DHA of brain can be replace by 22:5n-6, when a man give a testis size large more than 167.8g (197.4g×85%), his brain power is very low.
With a giving testis size, if sperm competition is intense, a man have to produce sperms more than 3.1×106 per gram testis per day, using more DHA for sperm production, the supply of DHA for brain being reduced, brain functions are therefore impaired.
If the sperm competition is very intense, the consumption of DHA for sperm production is too much that the supply for other tissue is inadequate to keep health, the price is a reduced life-span. An investigation shows that producing more sperms does at the price of reduces life-span. (64)
说一千道一万，美国最严重的问题就三个：治安恶化，科技研发举步维艰和环境污染工业污染。第三个问题的最主要结果就是美国太监泛滥成灾，同性恋问题在美国那是不要太严重。在美国，一个屁民不但根本就没有得到任何尊重，生命无任何保障，就连健康都完全没有保障。大多数美国人，连作为一个人的资格都没有，被美国严重的食品污染问题搞成太监，却不知该问谁。不以为苦反以为荣。
第二个问题的最主要结果就是美国经济科技举步维艰，日子是王小二过年，一年不如一年。4900万美国人连饭都吃不上，连有毒食品都吃不上，只能活活生受着，严重营养不良。失业率高得都不敢真正统计了。一个只有9500万人工作的3.25亿人口的国家，真正的就业率不会高于63%，也就是说美国的真正失业率是37%。这么高的失业率，以及极多的流浪汉。美国早就已经变成了穷人的地狱。
第一个问题的最主要结果就是美国人口增长极其缓慢并且主要增长等低智商人口。这导致了美国人根本就没有多长的人均预期寿命，美国人的生命十分短暂。他们所以有79.2岁这类的预期寿命不过是户口登记处的问题，这些老人其实早就去世多年，只不过其家人因为各种原因，根本就没有去注销户口而已。一个个所谓的美国高寿老人，其实早就尘归尘土归土了，他们只是在美国户口登记本上的一个幽灵罢了。美国大多数老人不过只是在户口本上的幽灵，不是在臭水沟里成了鱼类的食物，就是已经在水泥柱中安息。根据留学生们的说法，美国老人的健康状态远过不如中国老人，比同年龄的中国老人衰老十年以上。中国老人尚且只有76岁的平均寿命，美国老人最多也就只有66岁的平均预期寿命，他们所以高寿着，那是他们活在户口本上罢了。以美国那恶劣得无以复加的医疗水平，美国老人能够活到66岁那真心不容易。
第二个问题的最主要结果就是美国经济科技举步维艰，日子是王小二过年，一年不如一年。4900万美国人连饭都吃不上，连有毒食品都吃不上，只能活活生受着，严重营养不良。失业率高得都不敢真正统计了。一个只有9500万人工作的3.25亿人口的国家，真正的就业率不会高于63%，也就是说美国的真正失业率是37%。这么高的失业率，以及极多的流浪汉。美国早就已经变成了穷人的地狱。
第一个问题的最主要结果就是美国人口增长极其缓慢并且主要增长等低智商人口。这导致了美国人根本就没有多长的人均预期寿命，美国人的生命十分短暂。他们所以有79.2岁这类的预期寿命不过是户口登记处的问题，这些老人其实早就去世多年，只不过其家人因为各种原因，根本就没有去注销户口而已。一个个所谓的美国高寿老人，其实早就尘归尘土归土了，他们只是在美国户口登记本上的一个幽灵罢了。美国大多数老人不过只是在户口本上的幽灵，不是在臭水沟里成了鱼类的食物，就是已经在水泥柱中安息。根据留学生们的说法，美国老人的健康状态远过不如中国老人，比同年龄的中国老人衰老十年以上。中国老人尚且只有76岁的平均寿命，美国老人最多也就只有66岁的平均预期寿命，他们所以高寿着，那是他们活在户口本上罢了。以美国那恶劣得无以复加的医疗水平，美国老人能够活到66岁那真心不容易。
中国无论是经济成熟度还是科技成熟度都远不如美国，美国还有无数的天使基金和风险基金。但是，中国人在中国创立的高科技公司多如牛毛，而华人在美国创立的高科技公司呢？拿着放大镜都找不到。中国人在中国的智力难道会远远高于在美国？要知道到美国的留学生基本上是中国最优秀的一代人了。华人在美国创立高科技公司极其困难的原因是什么？被打压了。连美国土著白人都没有资格在美国创立高科技公司，连莲花公司创始人卡普尔这样的不世天才都不得不饮恨江湖，华人想在美国有所为简直就是天方夜谭。
一个民族的智力是在不断变化的，从来就没有任何一个民族的智力水平是一成不变的。
中国成年人在1950年前出生的平均智商只有92.5，到1980年出生的中国人就已经到了平均102左右，中国在1995年开始推广加碘盐，而加碘盐对智力理论上有极强的增强作用。所以1996年出生的小孩智商在中国最高，之后逐年下降。其中未推广加碘盐前一年1995年平均是103.4，1996年出生的是110多，到2005年出生的就已经降低到103.5了。这十年的加碘盐收益全叫性解放抵消了，竟至于有很多学者怀疑加碘盐无效。不但一个民族的智力是在不断变化的，就是同一个民族的不同部分，其智力水平也是各不相同的。
下面是同一民族的不同部分的智力比较：
犹太人不同族群的婚姻风俗或习惯与平均智商水平
风俗或习惯 犹太人分族群 平均智商水平
婚姻是神圣的 德系犹太人加利西亚 117
婚姻是一般维护的（同英国） 南欧系犹太人耶基 102
婚姻只是一种身份（同埃塞俄比亚） 埃塞俄比亚系犹太人法拉沙 63
不同国家同一民族的平均智商，最高与最低差距高达54个点。
中国不同省份的汉族平均智商水平
Z省：115
J省：109
G省：101
N省：84.8
同一国家同一民族不同省份的平均智商，最高与最低差距达到了30.2
低智商民族的婚姻风俗或习惯
风俗或习惯 出处与民族 平均智商水平
任意性交（即成年自愿隐秘即可性交） 南非沙漠高原的丛林人与非洲刚果雨
林地区的俾格米人 54
母系氏族（女权主义） 澳大利亚的土著居民 62
不穿衣服 非洲乌干达东北山区的卡拉莫贾人 67
试婚（同居） 赤道几内亚某些部族 67
共用女性伴侣（多边恋） 非洲肯尼亚人等 67
开放式婚姻（*） 印度（夫妻双方都有寻花问柳的完全自由） 81
高智商民族的婚姻习惯
风俗或习惯 出处与民族 平均智商水平
婚姻是神圣的 德系犹太人 117
高度处女情结 中国（86.7%的人有处女情结）103.5
低度处女情结 古英国人等 100
从上面这两个表中，“成年自愿隐秘即可性交”“*”、“多边恋”、 “婚外性行为”这些风俗习惯，无一不是世界上最落后民族的风俗习惯。
性行为规则决定智力
中国成年人在1950年前出生的平均智商只有92.5，到1980年出生的中国人就已经到了平均102左右，中国在1995年开始推广加碘盐，而加碘盐对智力理论上有极强的增强作用。所以1996年出生的小孩智商在中国最高，之后逐年下降。其中未推广加碘盐前一年1995年平均是103.4，1996年出生的是110多，到2005年出生的就已经降低到103.5了。这十年的加碘盐收益全叫性解放抵消了，竟至于有很多学者怀疑加碘盐无效。不但一个民族的智力是在不断变化的，就是同一个民族的不同部分，其智力水平也是各不相同的。
下面是同一民族的不同部分的智力比较：
犹太人不同族群的婚姻风俗或习惯与平均智商水平
风俗或习惯 犹太人分族群 平均智商水平
婚姻是神圣的 德系犹太人加利西亚 117
婚姻是一般维护的（同英国） 南欧系犹太人耶基 102
婚姻只是一种身份（同埃塞俄比亚） 埃塞俄比亚系犹太人法拉沙 63
不同国家同一民族的平均智商，最高与最低差距高达54个点。
中国不同省份的汉族平均智商水平
Z省：115
J省：109
G省：101
N省：84.8
同一国家同一民族不同省份的平均智商，最高与最低差距达到了30.2
低智商民族的婚姻风俗或习惯
风俗或习惯 出处与民族 平均智商水平
任意性交（即成年自愿隐秘即可性交） 南非沙漠高原的丛林人与非洲刚果雨
林地区的俾格米人 54
母系氏族（女权主义） 澳大利亚的土著居民 62
不穿衣服 非洲乌干达东北山区的卡拉莫贾人 67
试婚（同居） 赤道几内亚某些部族 67
共用女性伴侣（多边恋） 非洲肯尼亚人等 67
开放式婚姻（*） 印度（夫妻双方都有寻花问柳的完全自由） 81
高智商民族的婚姻习惯
风俗或习惯 出处与民族 平均智商水平
婚姻是神圣的 德系犹太人 117
高度处女情结 中国（86.7%的人有处女情结）103.5
低度处女情结 古英国人等 100
从上面这两个表中，“成年自愿隐秘即可性交”“*”、“多边恋”、 “婚外性行为”这些风俗习惯，无一不是世界上最落后民族的风俗习惯。
性行为规则决定智力