How to explore Scott Alexander's work and his 1500+ blog posts? This unaffiliated fan website lets you sort and search through the whole codex. Enjoy!

See also Top Posts and All Tags.

Minutes:
Blog:
Year:
Show all filters
2 posts found
Mar 03, 2023
acx
13 min 1,780 words 373 comments 168 likes podcast (11 min)
Scott Alexander presents evidence against the existence of advanced Ice Age civilizations, particularly those rivaling ancient Egypt or 1700s Great Britain. Longer summary
Scott Alexander argues against the existence of advanced Ice Age civilizations, categorizing potential claims into three levels of advancement: Stonehenge-like, Egyptian-like, and 1700s Great Britain-like. He presents three main arguments: the lack of archaeological sites that would survive sea level rise, the absence of evidence for early crop and livestock domestication, and the lack of elevated lead levels in ice cores and human bones from that period. While he doesn't completely rule out Stonehenge-level civilizations, he finds strong evidence against more advanced societies. The post concludes with probability estimates for future discoveries of pre-11,000 BC structures at different levels of sophistication. Shorter summary
Oct 11, 2016
ssc
18 min 2,422 words 314 comments
Scott Alexander examines a theory linking autism and schizophrenia to human self-domestication, initially dismissing it before reconsidering its merits in light of Williams Syndrome. Longer summary
Scott Alexander discusses a theory suggesting that autism and schizophrenia are anomalies in human self-domestication. He initially dismisses the theory, pointing out inconsistencies and over-reaching comparisons. However, he then considers Williams Syndrome, which appears to fit the 'hyperdomestication' model better. Scott concludes that while autism and schizophrenia may not be exact opposites of domestication, they likely involve a biological system determining trust and sociability, which is linked to embryological development. He suggests that an embryological approach might be more fruitful in studying these conditions. Shorter summary