It all comes down to the earth, literally. In other words, it all comes down to the environment. However, on the way there, there's only one thing that can help the environment in the short-term, more than it can help itself: humans. Sure, humans have caused a lot detriment for the environment, but they can also reverse that detriment, and set the environment on a prosperous path.

Therefore, for the above reasons, Real Economics prioritizes humanity before the environment, yet the question stands: what happens when the biggest problems in humanity are gone (quite possibly through Real Economics doing so)? The answer lies in the first statement of this article: it all comes down to the earth. In other words, it all comes down to the environment. Let's take a look at what that infers, in regards to the system of Real Economics.

First of all, the environment can be assisted using money: charity. The question becomes: what's the most optimal route for that charity, for the environment? The answer lies in a new theory Real Economics has come up with: Inversion Theory.

Inversion Theory is the theory that the environment can be rehabilitated (where it needs to be, such as in matters of waste and other pollutions) and renewable life can even be regenerated, faster than it's destroyed by humanity (eventually inverting the original production impositions of humanity on the environment). 

This has far-reaching consequences towards the basic understanding of economics: supply and demand. We usually understand supply and demand to be "demand up and supply goes down," or the inverse, "supply down and demand goes up." With Inversion Theory, supply goes up as demand (or rather purchases from that demand) go up. Let's take a look at a few examples.

If you buy a book, traditionally (maybe not so much anymore), a part of a tree had to be used to make that book (the binding and its pages). With Real Economics' re-prioritization towards the environment using "Inversion (Theory) Induction (i.e. inducing inversion of supply and demand) methods," the real net-profit from that book (which could be as little as 10% of the gross profit of the book, for example) could produce (in the long-term, however) much more "tree" than what was taken to make that book.

Let's say the book costs $15, the gross profit is $10, 10% of that gross profit would be $1 (which is a measly amount). Using the charities listed in the Charities page (which plant trees), $1 plants 1 tree. According to popular estimates (searchable from google or AI, etc.), on average (a book of average size from a tree of average size), 1 tree can produce anywhere from 50-100 books (with 200-400 pages). That means that by purchasing a book at $10 you have the realistic potential, using Real Economics requirements, to give back 50 to 100 times the amount you took from the environment, and likewise to produce 50 to 100 times more economic value than was consumed.

This applies across the board, using renewable resources of all types and charities around the world, which by happenstance, are able to give back on our behalf, far more than was taken, eventually inverting the backbone of modern economics: supply and demand. to be fair it is technically "Partial-Inversion Theory." The supply - demand function doesn't invert entirely, but rather  on one side of the function and in one specific direction.

As demand (or more rather purchases of a specific supply) goes up, supply goes up (in the long-term or rather relative to the rate of regeneration of the renewable resources (the supply) in question). However, it is not so, that as supply goes down demand goes down or similarly it isn't necessarily so that as demand goes down supply goes down. Simply put, Inversion Theory states that it is realistically possible to increase supply much more drastically than the increase in its demand takes from that supply, in the "relative long-term."

As mentioned above, this theory can be applied not only to regeneration of the environment, but also to its rehabilitation. In other words, this doesn't only apply to renewable resources and their regeneration capabilities, but also Inversion Theory applies to non-renewable resources and their ability to provide for renewable resources. Buying a plastic water bottle can potentially clean up more plastic from the environment than it adds to it. In other words, buying plastic could actually clean up plastic.