Brain Laterality Demands that Two Human Species Exist: Evidence from Hemisity and Familaial Polariity

B. Morton
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Abstract

The asymmetric location of functional units in the bilateral brain of animals and humans is the topic of brain laterality. So far, five lateralized functions have been discovered in humans: handedness, language ability, spatial skills, facial recognition, and emotion recognition. Recently a sixth asymmetric functional element bearing upon personality has been discovered. It is the larger side of the split bilateral anterior cingulate cortex (ACC). This appears to be the final output element of the brain’s executive system, of which by logic there can be only one. Hemisity is the binary measure, based upon eight MRI validated biophysical and questionnaire methods. It determines whether a person was born with the larger side of the ACC on the right or left side of the brain. Which side of the ACC is largest varies among the general population in a seemingly random manner, yet with a genetic basis because true-breeding lineages exist. The corpus callosum of subjects was up to three times larger when the larger ACC was on the right, than on the left. There are over 30 measurable differences in in individual characteristics and behaviors of male or female persons whose larger ACC was on the right compared to those with it on the left. Familial Polarity refers to the mating outcomes of the four reproductive pairs: RM-LF; RF-LM; RM-RF; LM-LF. The first two “opposites attract” reproductive pairs were true breeding, producing offspring that were “like father like son, like mother like daughter”. The offspring of the last two “same-same” pairs, were not true breeding, but rather their offspring were random in sex and hemisity. The simplest explanation for these results is that life on earth originated twice, once in deep sea vents and once in warm surface ponds. This resulted in two trees of life, one Patripolar (RM-LF) harem forming, the other Matripolar (RF-LM) territorial. Africa was the first subcontinent to evolve life to the level of primates, which upon docking populated the eastern hemisphere Eurasia in six waves. The first was the patripolar orangutans who settled in the empty far-east to become the orientals. Then next wave was the matripolar bonobos who stopped at India, and was followed by four later waves out of Africa. These alternating populations were immiscible and adversarial, with wars dominating their interfaces. This continues into the present day. Understanding Familial Polarity helps bring understanding and thus peace to the globe.
脑侧性要求两个人类物种存在:来自半球和家族极性的证据
动物和人类的双侧脑功能单元的不对称位置是脑侧性的主题。到目前为止,人类已经发现了五种侧化功能:惯用手、语言能力、空间技能、面部识别和情绪识别。最近发现了第六种与人格有关的不对称功能元素。它是分裂的双侧前扣带皮层(ACC)的较大一侧。这似乎是大脑执行系统的最终输出元素,逻辑上只能有一个。半球是基于八种MRI验证的生物物理和问卷调查方法的二元测量。它决定了一个人出生时是左脑还是右脑的前扣带较大。在普通人群中,ACC的哪一边最大似乎是随机的,但却有遗传基础,因为真正的育种谱系是存在的。当较大的前扣带位于右侧时,受试者的胼胝体比左侧大三倍。右脑前扣带较大的男性或女性与左脑前扣带较大的男性或女性在个体特征和行为上有超过30个可测量的差异。家族极性是指四个生殖对的交配结果:RM-LF;RF-LM;RM-RF;LM-LF。前两个“异性相吸”的繁殖对是真正的繁殖,产生的后代是“有其父必有其子,有其母必有其女”。最后两对“相同”的后代并不是真正的繁殖,而是他们的后代在性别和半球上是随机的。对这些结果最简单的解释是,地球上的生命起源于两次,一次在深海喷口,一次在温暖的地表池塘。这导致了两个生命之树,一个父系(RM-LF)后宫形成,另一个母系(RF-LM)领土。非洲是第一个将生命进化到灵长类水平的次大陆,它们在对接时分六波在东半球欧亚大陆繁衍。第一种是定居在空旷的远东地区成为东方人的极地猩猩。下一波是母极倭黑猩猩,它们在印度停留,随后四波离开了非洲。这些交替的种群是不相容和敌对的,战争统治着他们的界面。这种情况一直持续到今天。理解家庭极性有助于为全球带来理解和和平。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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