by Tanada » Tue 12 Jul 2016, 11:00:14
$this->bbcode_second_pass_quote('onlooker', 'Y')es Ibon. The panorama before us paints the picture of a total overthrow of existing structures both physical and mental. To guide the canoe wisely signifies to me, humans banding together under ideologies that stress unity of purpose and intention. To salvage our species will require humans to realize what challenges are ahead and rise up to meet them united in common thought and action.
When you canoe down an unknown (to you) river through friendly territory the wise decision is to stay close to the river bank so you can come ashore rapidly if you need too. On the other hand if the river is going through hostile territory the best place to be is often the middle, as far from either shore as possible to make yourself a small target, at night, in the dark. On the gripping hand, when the river has troubled waters, like rapids and/or waterfalls you need to travel in broad daylight and portage around the worst obstacles in order to make a safe passage.
We are all paddling our way down the river of time through a murky future doing our best to navigate the unknown. Forgiving your friends and allies who mistake you for an enemy is one small step towards surviving the journey as long as possible. Anyone traveling alone in their kayak is much more vulnerable than a modest sized group traveling together for security.
Jevon's Paradox is the root of what I think of as the "Progress" disease, the idea that every change is an improvement over what came before it. Jevon's Paradox is what you get when you steadfastly ignore the law of diminishing returns.
Progress is best graphed on a Sigmoid Curve

When a new process is invented you are at the very start at the bottom. As the idea/technique/technology gets more and more widespread and a lot of creative thinkers play with it you get rapid growth through the second phase, as each investment of time and energy yields large returns on your investment. Then when the new thing becomes the mature thing you have the top of the sigmoid function, where the law of diminishing returns rapidly cuts the gains. If you keep forcing advancement past a certain point your return on investment is negative instead of positive. Where the inventor spent months or years developing the new thing before anyone else saw it their investment was very large for very little return. When their new thing is taken up by the mass of creative people it gets investment from all over and it pays back that investment many times over, until your law of diminishing returns rears itself up. At the top of the curve the returns on investment are negative, only a subsidy by the culture as a whole makes it possible to continue "progress". My favorite example of this are the super jumbo aircraft that require incredibly maintenance costs for the facilities at airports that support them, but there are many other examples. Greer likes to use the computer example, but you can also use the international banking example or many others.
Jevon said investment in efficiency improvement always leads to greater consumption. Most people see this as greater efficiency lowering consumer price increasing the consumer base and thus increasing demand. I see a second step to this. To have consumers, which are the base that the current economy is built upon, the consumers must have a means of support that they can spend on consumption. When you have a small population where everyone can find a job this is not a problem, but as the population expands you encounter diminishing returns. More labor makes labor cheap, but it also makes consumers from the labor class unable to consume as much. Add in the concept of automation and suddenly the surplus labor force is even larger than it would have been from population growth alone, making labor even less valued. For a large manufacturing company the cost of increased automation was offset by the cost of labor going down, keeping things somewhat balanced. The initial cost of automation are high, and the maintenance on those automatic processes is far from free as well. If one of your workers calls in sick replacing them is not a huge cost, but if your fancy automated machine breaks down your process grinds to a halt. A large labor force is inherently redundant, a sophisticated automated process is inherently inclined to a single point failure halting the entire process.
To compensate for the natural disadvantages of building the system where single point failures are a strong possibility governments all over the place pay enormous subsidies for automation, and absorb the social costs of creating a large surplus labor pool. We have built a welfare system where unemployed labor class are not allowed to starve, and are given supplemental income to encourage continued consumption. We offer free or reduced education costs to the masses to shift them from the labor class to the management or soft science or banking or service industry. We even supplement retirement income for those too damaged or too old to actively participate in the labor force. This is the real paradox, so long as a society is wealthy it can keep all these subsidies to both the corporations on the one hand and the displaced workers on the other going, but it becomes increasingly unstable over time. Socialize the costs and privatize the profits is a house of cards, and any real hard wind or ground tremor will collapse the whole thing.