Its weird - I'm australian. We have the same caliber of software engineers here. But there's not the same ambition amongst skilled engineers to solve problems at the world stage. And its far more difficult to convince investors to give you the capital to try.
The technology sector is propping up the US economy. The AI race is - so far - making this even more true.
This works well for tech, because a good design can be scaled to serve the whole world, and we can outsource manufacturing to companies like China or Taiwan who are better at cost-effectiveness. (And have lower wages. Maybe that's the entire explanation.)
Probably more accurate to say the healthcare sector is propping up the US economy. The only sector broadly hiring through all the layoffs of recent years.
Tech grabs the headlines and has extremely valuable firms concentrated in a handful of cities. On the other hand, those firms tend not to employ a lot of people. Healthcare is less flashy, but every city has a hospital (or a few) that (each) does a few billion $ in revenue while providing thousands of recession-resistant jobs.
See https://doctorow.medium.com/https-pluralistic-net-2026-01-01...
Quote: ``` Anticircumvention law originates in the USA: Section 1201 of the Digital Millennium Copyright Act of 1998 establishes a felony punishable by a five year prison sentence and a $500,000 fine for a first offense for bypassing an “access control” for a copyrighted work.
So practically speaking, if you design a device or service with even the flimsiest of systems to prevent modification of its application code or firmware, it’s a felony — a jailable felony — to modify that code or firmware. It’s also a felony to disclose information about how to bypass that access control, which means that pen-testers who even describe how they access a device or system face criminal liability.
```
How come there's still no better desktop processor than Intel/AMD on a per core basis? This is just one example. Nobody's made anything at that level still.
- science that simply will not get done, and may be lost to humanity altogether. There is research the US would have done this year that will not get done elsewhere this year. Once the individual researchers leave the field, there is no guarantee the research will get done this decade, or the next, or the next.
- Intel and AMD lean on technology developed in the 1950s. US science and R&D done in 2026 similarly will underwrite US industrial success in the 2050s and beyond. This is like the classical warning against eating your seed corn (instead of saving it to plant). Pressing pause will have an impact, but one would not expect it to show up in the industry league tables for some time.