Originally posted by Seastallion
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In a functional Resource Based Economy, there would be very little labor to begin with, beyond what people WANT to do. The reward would be not only helping themselves, but also the rest of society. There would be NO MONEY, and everyone's basic needs would be provided for. This would be accomplished by using technological automation and innovation in every conceivable situation, making the need for human labor less and less.
No amount of technological automation could ever eliminate the need for labor. Consider the effect of technological progress over the last 2000 years of human history. We have machines to make things, we have machines to make machines, we have all kinds of stuff that people 2000 years ago could not imagine. But the old professions that involve working with one's hands are still around. Carpenters and construction workers got power tools but they have not- and will never be - eliminated as professions. Most basic tasks in agriculture, food production, cooking have not been automated, and in all likelyhood will never be automated. Animal husbandry by definition cannot be automated - and the more interest we gain in humane treatment of animals, the less room there is for automation.
Now consider the commitment factor. A person who does not HAVE to work, will not show up for work. Today they find it fun to work, tomorrow they'd rather go to the beach. Today they'd like to do customer service, but they've had too many nasty customers during the day so don't count on them tomorrow- they've taken up landscape design instead. If the travel agents I work with could choose their own hours, most of them would not show up to the Sunday morning shift (Monday morning for you non-Israelis), because it's the single hardest shift of the week. It's when our customers need us the most, which is why it's when we get the most grief.
Advanced computer systems would also keep track of material resources and the best means to use them in a sustainable way.
Things like cars would be kept as communal property accessible at any time, no different than checking a book from the library.
Oh, by the way, what if I want to fly? Will my community have a helicopter for each member just like it would have cars?
Cars would be self-driving, so if you needed one, it could drive itself to your home as needed, then you could go to your destination. Things like Mag-Lev bullet trains would be increasingly utilized to move people and goods within cities and between cities, in a relatively short time. Such a train could go from New York to L.A. in about a half hour (when used in conjunction with vacuum tubes), so you could live wherever you wanted and commute (or tele-commute) if needed.
It has been calculated by some that by using all the technological innovation at our disposal, we could lower the necessary human labor to about 2 hours per day per human.
This would allow humans to follow whatever path they chose without the worry of basic necessities. Education would have no costs, so anyone could be and do whatever they wanted. Scientist, Musician, Inventor, Programmer, Bartender, Waiter, Architect, or whatever.
Second, it would lead to a society with more musicians than audience and no one to clean the sewers. (It's remarkable how few people dream of cleaning sewers). Lots of architects and no one to lay the bricks of the houses they design.
After all, you don't always need a car, boat, or various types of equipment, you only want to have ACCESS to them as needed. That is usually the reason for owning something.
Sustainability of resources means several things. It doesn't mean everyone has to have exactly the same product at all. It means that things will be built to last, instead of the current junk specifically designed to break or wear out, so one must purchase a new item to replace it. Things like electronics would be built to be modular, so if an upgrade comes along, be it software or hardware, you simply remove the old component, and plug in the one replacing it, and the old component gets recycled back into the collective pool of resources.
But extending it to all electronics? That would saddle your imaginary economy with a major obstacle to technological progress- the perpetual requirement for building backwards compatibility into EVERYTHING. Do you realize just how massive a resource drain you're inviting? Imagine every single modern-day notebook PCs having to be compatible with the parts produced for machines of previous generations. 2GB VRAM video cards forced to retain the ability to work with 16-bit processors? How would that even function?
There could also be variations of item (such as cell phones), maybe 20 different sorts (based on public wants) and those would be updated as needed, instead of replacing entire phones every few years. If an entirely new advance is made requiring a completely new device, then it could be done as necessary, but generally most upgrades could be modular in nature. The old phones (as example) would just get replaced with said new device, and the old ones would get recycled into the material resource pool. In addition, things like furniture, clothes, etc. could be customized with new technologies that can literally 'print' out things in a custom fashion. There would still be personal choice options about items, but it would be done in a way that maintains sustainability.
Objectively speaking, there is no need whatsoever for 20 different cell phone types. There is a need for two distinct types: one for children, elderly and travelers (wearable as a wrist watch, distress call function, built-in GPS to locate the wearer should the need arise), and a Nokia 1100 for everyone else. All other features- camera, internet connection etc. - is resource-wasting fancy. If you want to check your Facebook, go home and do it from your ever-so-modular PC. Don't waste the society's resources.
The monetary reasons that hold back many technologies would not exist, as there would be NO money. There would be no need to fight over funding, because it wouldn't exist.
Major works like the space program wouldn't be as much of a hurdle because of 'costs', as the only issue would be if the necessary resources and know-how were available.
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