This article first says that you give juniors well-defined projects and let them take a long time because the process is the product. Then goes on to lament the fact that they will no longer have to debug Python code, as if debugging python code is the point of it all. The thing that LLMs can't yet do is pick a high-level direction for a novel problem and iterate until the correct solution is reached. They absolutely can and do iterate until a solution is reached, but it's not necessarily correct. Previously, guiding the direction was the job of the professor. Now, in a smaller sense, the grad student needs to be guiding the direction and validating the details, rather than implementing the details with the professor guiding the direction. This is an improvement - everybody levels up.

I also disagree with the premise that the primary product of astrophysics is scientists. Like any advanced science it requires a lot of scientists to make the breakthroughs that trickle down into technology that improves everyday life, but those breakthroughs would be impossible otherwise. Gauss discovered the normal distribution while trying to understand the measurement error of his telescope. Without general relativity we would not have GPS or precision timekeeping. It uncovers the rules that will allow us to travel interplanetary. Understanding the composition and behavior of stars informs nuclear physics, reactor design, and solar panel design. The computation systems used by advanced science prototyped many commercial advances in computing (HPC, cluster computing, AI itself).

So not only are we developing the tools to improve our understanding of the universe faster, we're leveling everybody up. Students will take on the role of professors (badly, at first, but are professors good at first? probably not, they need time to learn under the guidance of other faculty). professors will take on the role of directors. Everybody's scope will widen because the tiny details will be handled by AI, but the big picture will still be in the domain of humans.

> People don't buy American cars

53% of cars sold in the US are assembled in the US versus 18% assembled in Mexico.

> things get more and more expensive. And not by a few percent, more like by 50% or more.

The total cost of manufacturing wages only account for 5-15% of the MSRP of a vehicle. So moving manufacturing from an expensive country to a cheap country only changes the price by maybe 10% due to the impact of wages.

Queueing discipline is non-existent; people will take what they want without waiting for others who arrived first. Business standards for fair dealing are just as bad if not worse than many western societies. Family/personal connections are favored and nepotism is rampant. Driving behavior is extremely selfish and causes a lot of accidents (running red lights, default behavior at uncontrolled intersections, etc). Their problems with concentration of money and power are just as bad if not worse than the west with chaebols essentially above the law and abusing their workers to the extent that people have no time for families - so What makes Asian societies more “cooperative?” Is it just their attitude that they think they are more cooperative?