"The universe is a zero-sum system" is a true statement, but utterly useless - a tautology that has no relevance to the discussion.
"The universe is a zero-sum system" is a true statement, but utterly useless - a tautology that has no relevance to the discussion.
The entire culture of the United States from all the art, to all the technology, to all the food to all the music is sustained by this same energy.
It is not sustainable for everyone in the world to use the same amount of energy that is used by the United States. This is literally the definition of zero sum.
In fact it is well known that entire civilizations have fallen because they've used up all available energy reservoirs. The most famous example is the Rapa Nui people on Easter Island. Easter Island collapsed because the situation was not only zero sum but even negative as high entropy energy is not useful to any participant in the game.
What people don't realize is that the economy is limited by physical actuality. It is not simply supply, demand and your limitless "imagination" on what you can potentially deem as "valuable". Supply and demand alone is a short sighted measure. The better metric for intrinsic value must include energy/entropy in the equation.
There is a limit and that limit practically effects everything around you.
We are not really energy constrained and simply using the available energy more efficiently can leave all parties better off on all but maybe billion year timelines.
What available energy means is energy "available" for extraction. Not total energy that exists in the earth.
>Some have failed because their use of energy outpaced their ability to extract available energy.
This is just word play. You know what I mean. But we can still play the game if you want.
Basically if the civilization can't extract energy then the energy isn't "available." That's what the word available means.
> The entire planet could run for 100 years on just the toxic waste from a single US nuclear plant.
Uh no. If we replaced all current world power with copies nuclear plants running in the US we'd be out of nuclear resources in a year.
With breeder reactors and ocean water we have about 60,000 years available. A far cry from "millions of years"
If nuclear power becomes this common and available in our lifetimes then yes energy can be in a practical sense unlimited and negligible foot note in the economic equation.
However this power is not yet "available" (keyword) so until then energy is a huge part of the economic equation.
>We are not really energy constrained and simply using the available energy more efficiently can leave all parties better off on all but maybe billion year timelines.
You're talking about potential and things that are currently unavailable. I'm talking about history, the status quo and "available energy."
So we're not at odds here, just talking about different things.
Why would governments and scientists spend so much money on Fusion if Nuclear was the definitive answer? It doesn't matter. Whatever your stance is on the topic you can't change the fact that there exists huge political opposition against Nuclear power. The political opposition if anything makes the line of reasoning completely relevant.
We could argue whether fusion is nuclear or not, but I'm wondering where all this is headed.
The main point for this specific thread is that the economy is zero sum because everything relies on energy and energy is limited. Nuclear energy as it currently exists and what it potentially could or could not be does not change the equation.
The root post is another topic, I was simply responding to someone who said the economy was not zero sum and telling him that, that statement is categorically wrong. Then it spawned an avalanche of replies from people who disagree. What was just a small tangential reply is now a giant sub thread.
It's worth pointing out that the energy consumption of the US (and other developed economies) per capita has been decreasing for decades[0], and, moreover, the World Energy Council predicted that global demand for energy will peak in 2030.[1]
[0] https://www.researchgate.net/figure/Total-Primary-Energy-con...
[1] https://www.theguardian.com/business/2016/oct/10/global-dema...