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Our current 1–10 rating system assumes a consistent bell curve based on population norms, where the average is a 5, exemplified by someone like Alain Delon. However, if we raise the average threshold by two points—making 7 the new average, which is feasible within four generations using current embryo selection technology—the entire scale would shift. The standard deviation would also increase, meaning the proportion of "Alain Delon-level" individuals would roughly double.
This is how genetics works: attractiveness is relative to the population. With embryo selection, we could reach a point in four to six generations where a 7/10 becomes a mid-tier "normie," a 5/10 is considered subhuman, and a 3/10 represents just 1% of the population.
Embryo selection scales linearly, and its effectiveness will only improve. The "Chads" we admire today could become the average in the future. This technology is transformative—it might take four or even six generations, but life and reproduction will continue regardless. For future generations, this tech could eliminate inceldom by raising the baseline of attractiveness. Alternatively, it could make women even pickier, as the bell curve shifts further with each generation, potentially rendering even an Alain Delon-level individual "average" or less.
Not a molecule conclusion.
Attractiveness is relative to the population average, and the human brain adapts quickly. With embryo selection, you can absolutely select your child's genes to optimize their potential—it's delusional to think otherwise.joke
This is how genetics works: attractiveness is relative to the population. With embryo selection, we could reach a point in four to six generations where a 7/10 becomes a mid-tier "normie," a 5/10 is considered subhuman, and a 3/10 represents just 1% of the population.
Embryo selection scales linearly, and its effectiveness will only improve. The "Chads" we admire today could become the average in the future. This technology is transformative—it might take four or even six generations, but life and reproduction will continue regardless. For future generations, this tech could eliminate inceldom by raising the baseline of attractiveness. Alternatively, it could make women even pickier, as the bell curve shifts further with each generation, potentially rendering even an Alain Delon-level individual "average" or less.
Not a molecule conclusion.
Attractiveness is relative to the population average, and the human brain adapts quickly. With embryo selection, you can absolutely select your child's genes to optimize their potential—it's delusional to think otherwise.joke