美学 DFAs SEISEN ZEMINARY SVETAKALPA BODHISATTA 1 BODHISATTA 2 CHRIST SOY — ECONOMICS NITRIC OXY SEX

The basis of the economy is goods & services, which depend upon people, who depend upon food & water. When food & water run out, people cannot live, & cannot make & exchange goods & services, mostly agricultural & mineral. In another words the basis of the economy is agricultural. & the biggest problem in agriculture today is topsoil erosion, which is happening at rates faster than topsoil replenishment. & when the topsoil & associated minerals & vitamins & nutrients are gone, we will lose our food, & then us.

I have one solution in mind, or a system of solutions.

Make copper baskets with small holes at their bottom. Make copper baskets with no holes at their bottom. Then place the holed baskets over the holeless baskets. Then fill the top basket with topsoil & use it to grow crops & biomaterials (ex. bamboo firewood & guayule & cotton, etc.), while catching eroded soil & minerals & nutrients & vitamins in the bottom bucket. Then pour the contents of the bottom basket over the top basket when the bottom basket is reasonably full. Copper is used because it's the most stable cheap metal. & minerals & nutrients & vitamins are only lost through harvesting of crops & biomaterials. & they can be replenished by either mining mountains or volcanic eruptions (the only renewable source of fertilizer), or recycling human & animal waste & urine (also stored in baskets, where practical).

Then make greenhouses to house rows of these baskets, to prevent wind from blowing the soil away or knocking over baskets, & to prevent heavy rain from causing the baskets to overflow, & to prevent the spread of blights & weeds & pests.

This system slows down topsoil depletion enough that you can actually replenish it manually, & for billions of years, & without modern industrial means. This system is the basis of a near 100% circular economy.

As an aside, the best diet, & which satisfies all your daily mineral & nutrient & vitamin requirements, (& I'm not kidding, you can check the numbers for this), at about 1500 calories, is 600g of potatoes, 150g of cheese, & 6 eggs, daily. & you can eat multiples of this diet. It's also vegan. (& the best aphrodisiac is 10 minutes of sprinting a few hours before you have sex, & alot of sunshine everyday.) This diet is also good for infrastructure, & simplifies agriculture. (You need just one small bowl to microwave & then eat potatoes, & to cool down boiled eggs.) You just need a few dozen chickens, & a few cows, & a few to several greenhouses of the aforementioned type for a nuclear family of 4 grandparents, 2 parents, and a few kids.

So that solves the issue of the near 100% circular agricultural economy. (& you can substitute horses & wagons for people on bikes & wagons.)

& the basis of goods & services is agricultural, but the high tech economy is built on combining nanoscale amounts of metal to create semiconductors, & on extremely pure minerals. (& while it isn't, yet, it should also be based on the idea that each part or process should be near 100% renewable or recyclable.) & the only way to accomplish with near 100% renewability & recyclability the recycling of high tech materials, usually mostly mineral, is to burn away biomaterials with electric arc furnaces, or to strip away those biomaterials by hand — & then to electroplate them. (& every high tech product should be made with as much metals as possible, so that everything can be electroplated.)

& the basis of the industrial economy is the large scale manufacture of large quantities of somewhat pure minerals, & that can be handled by electric arc furnaces. & if you need to coke iron into steel, you can just make holes in the furnace to let in air. (& recycling, same idea.)

So that's about what I know about near 100% circular economies. & I'd like to start a company in the future, named Svetakalpa, to test out whether or not it's possible to create such an economy, for low tech, & for high tech also, & based on electroplating & electric arc furnaces. It's simple in principle, but obviously retardedly difficult in practice, & will take alot of social engineering. (& it should setup parallel civilizations rather than integrate with existing civilizations.)

I'd also like to fund FTL travel research & other similarly crazy stuff with Svetakalpa money. (& as examples, I want to fund multiship generational fleets where entire ships are dedicated to carrying food & other things, & I want to fund water insulated ships because that might be the only way to protect a ship from being destroyed by impact with small interstellar objects in the Kuiper belt — because the water would freeze over the impact.)