Strong natural selection pressure improved the qualities of the white race from ~AD500 to ~AD1800. Since the Nineteenth Century, the trend has been dysgenic. Similar to what heppened to Hellenistic and Roman civilization. After two hundred years of breeding mostly from the bottom, the white race is trash compared to what it once was.
In two or three more generations whites will be on the nigger level intellectually and far below the nigger level in every other respect. It's probably too late to stop the rot merely by promoting eugenic breeding, though that would still do some good.
We have the technology to far more than stop the degradation. Genetic testing can do amazing things. Far more than selective breeding using cheap heuristics.
Designer babies will also fix this issue.
We don't have the technology yet to safely and reliably alter DNA. At best we can make an attempt on a zygote and then test the results. But if you don't know what you are looking for, ie damage to other parts of the DNA, it is hard to catch. Gene sequencing only looks at a tiny fraction of the genome at specific genes. If damage is done outside of that it won't get caught.
This is not really true. It is more a matter of people not being taught how to reason and think critically, not that modern people are somehow genetically inferior. People need to be taught better, but most spend their formative years being taught outright lies about pretty much everything and taught to emotionally react and not reason
Education and intelligence aren't the same thing. People are more educated and have more access to knowledge than ever before, yet psychometrics shows average IQ decline every generation for several decades now on g.
Two different (but not totally independent) issues. The dysgenic trend in fertility is an empirical fact, as is the increasing prevalence of mutant genes.
People don't understand the problem of dysgenic fertility because it's unintuitive exponential change, like mass immigration. Suppose you start with two equally sized populations of 1 million each. Population A has a fertility rate of 1.5 and B has 2.5. After 200 years, say 7 generations, population A is down to 130 thousand and population B is up to 4.8 millions.
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