Keep viewing corporations as ATM machines and they *will* relocate to more desirable locations because there are a lot of countries out there that see the benefits of all the jobs that large companies bring.
I believe that companies will do exactly as you say "move to more desirable locations". The owndao theory of economics says that says corporations, people, etc. will move from areas of lesser desirability (A) to areas of higher (B) at a rate proportional to the difference in desirability divided by the resistance to change (rate~(B-A)/R). Resistance to change would be things like reluctance of employees to move, costs of moving infrastructure, etc. (R) This will occur until an equilibrium is reached. Destinations that are currently desirable because of cheap labor, low taxes, subsidies will tend to become less desirable as the destination population becomes better educated/informed and insists on higher pay, or government services, and the government realizes that it has this group of businesses that look like a juicy tax income source. There are several easy to recognize examples of this such as Japan, then South Korea, then China...
Those in charge in government like to think they "create jobs". No, a government job is not a "good" job, it is a drain on the tax base because it generates no wealth.
As businesses try to reduce manufacturing costs through automation or outsourcing, jobs in the industrial sector that actually produce durable goods will begin to disappear. This causes people to move from industrial manufacturing to other available jobs which tend to be non-producing, service-oriented jobs.
People still want the durable products as well as services but find themselves in a lower income bracket. They, as consumers, buy the cheapest durables available which, at this time tend to come from the young, industrial-phase countries. This, of course causes a trend toward more and more wealth leaving the country and flowing to the young industrialists.
At the same time exports fall off as the companies (and countries) can no longer compete in their old cash cow of industry. They move labor and/or manufacturing out of the country to stay competitive. Now, young industrial countries (such as China is today) absorb the lost jobs and manufacturing. Soon the post industrial country has a negative trade balance, the taxable base begins to get smaller and businesses and governments switch to providing services.
As service providers there is a new opportunity to make money but now it is done with no tangible product. As such it cannot be saved or passed down, and it cannot be stockpiled. Not so good for the old-style industrialists who bought and sold companies that had tangible worth. Now products have become agreements, food services (not food), software, engineering, medicine... Unfortunately, no one can eat this, or sell it to someone that has no need for it. One good thing about this new on-demand economy is that inflation cannot reduce the value of something that is ephemeral.
All this time, the government and people are still having to buy tangibles with savings mainly built up in the latter industrial age and still recognized by other nations. With this constant deficit spending, soon this government will have little of worth to the rest of the world and the economy will collapse. This will put the country back into the cycle as a poor pre-industrial country in a world where the natural resources have either been used or are held captive by newly powerful nations.
Sounds gloomy but that's how I see it. Unless a new "product" is discovered by the country before the collapse. I think the ultimate resource in such a world would be technical knowledge and the ultimate products would come from that. I believe the main product could be energy.
One thing the industrial countries and all others in fact, must have is energy. It is the universal product. Perhaps cornering the market in fusion technology, or some other large-scale, abundant/renewable source. People will always want to move from toil to paradise (free time, unlimited resources, yeh! sounds like the Star Trek TNG future) so shouldn't we accept that as fact and prepare for what is to come?
Whether a government job is "at the expense of the rest of us" seems to me to be a minor issue given the job of preparing ourselves for the transition that will follow our post-industrial current state.
I'm curious what others think.
Today it seems that "wars" can go on almost interminably because we do "declare" them as in the past. This allows the nation to continue almost unaffected for many years. These "wars" are often used when there is no realistic foreign policy to cover the initial conflict (makes the administration look foolish) and/or for political and financial favoritism.
Forever War seemed to be about a panicked society (the "unhumans" are raping "our" women and eating our babies) that transitioned into an eye for an eye, unending insanity that had its soldiers returning "home" when time had eliminated "home" as much as PTSD does to that "home" today.
"One puzzle is that on the one hand, "carbon nanotubes are highly conductive", yet on the other hand need "three to five kilovolts" to contract. If the resistance were say one ohm, that would be 9 to 25 megawatts of power! A robot with 50 muscles might consume the entire output of a power plant, not to mention burn up instantly."
That assumes that there is no imaginary component involved. I think that the should have a non-zero self-inductance similar to a wire so high AC voltage would not conduct as readily at high frequencies. As a plus the current that does flow would be confined to the outer surfaces of the tubes due to the skin effect.
It appears to me that the fibers are repelled from one another by their electric fields just like some person with long hair touching a high-voltage, low current source like a Van de Graaf generator. Some equations that might be of interest are:
force x distance = work so yes, in order to perform work a muscle must be capable of applying a force over a distance. Either the force or the distance can be large as long as the sum of their product over the distance moved ends up large. The electric field force is also the strongest macroscopic force that we can easily control.
electrostatic force is given by Coulomb's Law force = k(q1 x q2)/(d^2) where q1 and q2 are point charges, k is a constant that varies as the stuff between the charges (air,vacuum,etc.) changes, and d is the distance between them. If both q1 and q2 are the same sign then the scalar force between them is repulsive
In the videos it appears as if the fibers are given the same charge so that they repel one another. When the charge is allowed to drain the fibers fall back together. It appears that there is a current limiting resistor in the circuit in at least one of the videos. This leads me to believe that the fibers conduct somewhat. It must be minimal otherwise the attractive force of the magnetic field generated by the current flow in each fiber would, according to Lorentz, attract one another. Since the fibers while similarly charged repel one another friction would be reduced greatly since the fibers must touch in order for frictional forces to come into play. The vector form of these equations is a bit more complex and get more so when you are talking about two line-sources of charge rather than point sources.
It's been awhile since I played with Maxwell's equations but I think that I got that all correct. I sometimes would rather figure it out than read the articles!
Repel them. Repel them. Induce them to relinquish the spheroid. - Indiana University fans' chant for their perennially bad football team