“What is the strongest combination of spouse genes? Examples of humanity's ceiling genes”

Recently, a lot of research has been done on childbirth and genetic inheritance. Previously, Brother Sun wanted others to recommend girlfriends, and suddenly had an answer regarding genes:

From a genetic perspective, Brother Sun's absolute preference is only for a few categories:

1. The strongest

Gu Ailing and Jiang Minhuan

are both academic achievers and top athletes, especially the latter.

They excel in coping with pressure, emotional stability, and focus, coupled with top-notch looks, basically belonging to the most scarce group on this planet.

The Hou family chose Guo Jingjing, also a combination of a top athlete and an academic achiever.

2. The second strongest

Girls from Ivy League or Qingbei background in science and engineering

Why science and engineering? Because these are the most typical hard data of high intelligence.

If the mother has high intelligence and good athletic talent (after all, Olympic champions are few), then the offspring will be:

If it’s a daughter, she will be slightly above the average intelligence of her parents, and stable, similar to value investment.

If it’s a son, due to chromosomal selection, the genes taken from the father provide a framework, while the mother’s side contributes intelligence and cognition.

Therefore, intelligence will be a key variable.

3. Next in line

This lowers some standards, but the principle remains unchanged, that is, high intelligence + strong athletic talent.

Athletic talent also varies greatly; for example, fencing may be slightly stronger than skiing, because fencing is similar to an intellectual physical sport, akin to the athletic version of chess.

4. Other considerations

1. Chess is also an important intelligence option, such as those who have won international awards. The current head of GOOGLE's DEEPMIND was involved in this when he was young, later transitioning to AI, a true genius.

2. An athlete's focus and ability to withstand pressure are very important genetic factors, because no matter how high the intelligence, without these elements, it’s also a glass cannon and can easily break.

3. Why is there a saying “As a child, he shows great potential, but as an adult, he may not be great?” This is due to an interesting phenomenon in education and psychology, where common eloquence may not indicate intelligence, but rather maturity in development, with simple cognitive frameworks that do not equate to true intelligence.

Real intelligence is not assessed by performance but by metacognition. For example, is the focus strong enough? Is the curiosity strong or not? And so on.

Many children, for instance, you might see that Einstein couldn't speak well when he was older and was expelled from school, perceived as a dumb student; Musk was reported by his teacher in second grade as having a low intellect, and his father was very shocked and sad, why?

Because they had different frameworks for understanding the world:

True high intelligence may mean spending their entire childhood building frameworks, just like constructing a building; they might be developing a skyscraper of the brain, each brick and tile is carefully considered, leading them to seem unformed initially and to appear lacking.

Meanwhile, an average child might quickly have a small house built, but that becomes their limit.

4. Autism is often not a sign of low intelligence but rather a result of super intelligence.

If two high IQ individuals combine, the probability of their daughter having autism is relatively low, while the probability is high for her to be a stable hybrid of high intelligence.

If it’s a son, due to high leverage and high variability, intelligence may remain outstanding, or it may be slightly lower, but it could also be so high that the brain "burns out," resulting in autism—similar to over-concentration. Musk belongs to a mildly higher intelligence, combined with excellent postnatal education, leading to his later breakthrough.

5. There was a miraculous event in my hometown that everyone found incredible. An ordinary doctor married a woman with an intellectual disability (I don't know the specific circumstances, but people in my hometown often refer to her as a crazy woman), yet their son and daughter both excelled; their son was in the gifted program at a university, and their daughter also performed excellently academically.

The explanation is simple: the doctor might have an average IQ of about 125, while the mother potentially has an IQ of 170, resulting in a son with an IQ of 150+, a daughter with 140, and so on.

Overall, gene selection is a shuffle done by parents, but how well one plays a good hand is also very important; postnatal cultivation is critical.

6. I haven't paid much attention to the pairing of liberal arts genius girls and science boys, it should be good as well, but taking Wei Shen as an example, he may not be an ideal partner because his communication skills might be weak, often deeply focused on research. This leads to his ideal partner needing to take on responsibilities like external connections and emotional comfort, causing a communication and emotional connection gap between spouses, which can be a significant challenge for girls—besides, those capable of fulfilling this role are often exceptional and have their own perspectives.

This is not a professional study, merely for reference.

@justinsuntron

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