Those are just two examples where the state of the art is being pushed hard. Less technologically advanced (often disruptive innovations (which mini-mills sort of are due to their feedstocks vs. equipment)) happen all over the place, I could dig up a bunch of examples in firearms, especially accessories (e.g. EOTech in Ann Arbor, Michigan). Or my parents in the early '80s when consumer use of C-band transmissions took off (for people in areas not served by cable companies; this is now down in the K-band by Direct TV and Dish):
They first helped the first company to develop remote control systems that would move your dish from satellite to satellite. One eventual extension of this or spinoff was small (e.g. 4 feet) dishes that would fold down for travel, e.g you could put one on top of your RV.
But the more interesting work was in LNBs (http://en.wikipedia.org/wiki/Low_noise_block-downconverter), which combine a low noise amplifier with down conversion for easy signal transmission to the receiver inside the home. This was fairly advanced stuff for the era, the usual analog stuff, surface mount construction way before it was (widely) used in computers, they'd put them in a freezer and bake them, etc.
All done in the deepest of Red State SW Missouri, in the Joplin area.
There's lots more entrepreneurial stuff my family did from this location, that's just one of the the highest tech examples.
Also look at where US job growth comes from in modern times. Smaller companies that were startups, not big established companies.
I didn't mean to imply that there's no entrepreneurial activity in the rest of the country. Of course there is, just as there's plenty of it in Europe. I'm saying that the edge that "the U.S." seems to have over European social democracies is really due to the prominence of two star locations, and goes to zero (no difference in levels of activity and opportunity, not no activity) if you take those out.
For starters, there's a lot of biomedical entrepreneurial technology work done outside of these two area.
Or look at the mini-mill revolution in steel production (http://en.wikipedia.org/wiki/Minimill).
Those are just two examples where the state of the art is being pushed hard. Less technologically advanced (often disruptive innovations (which mini-mills sort of are due to their feedstocks vs. equipment)) happen all over the place, I could dig up a bunch of examples in firearms, especially accessories (e.g. EOTech in Ann Arbor, Michigan). Or my parents in the early '80s when consumer use of C-band transmissions took off (for people in areas not served by cable companies; this is now down in the K-band by Direct TV and Dish):
They first helped the first company to develop remote control systems that would move your dish from satellite to satellite. One eventual extension of this or spinoff was small (e.g. 4 feet) dishes that would fold down for travel, e.g you could put one on top of your RV.
But the more interesting work was in LNBs (http://en.wikipedia.org/wiki/Low_noise_block-downconverter), which combine a low noise amplifier with down conversion for easy signal transmission to the receiver inside the home. This was fairly advanced stuff for the era, the usual analog stuff, surface mount construction way before it was (widely) used in computers, they'd put them in a freezer and bake them, etc.
All done in the deepest of Red State SW Missouri, in the Joplin area.
There's lots more entrepreneurial stuff my family did from this location, that's just one of the the highest tech examples.
Also look at where US job growth comes from in modern times. Smaller companies that were startups, not big established companies.