Above is an overview of the entire system and important devices.

Now, let’s look at these parts.

This is the main component that lift large amount of water upward, while having small amount of water sipping downward. This device can generate vacuum (low pressure) while squeezing the air bubbles out.

This is the component continuously breathing in more air than exhaling, while pulling water upward in one direction.

This is the component that lets most of the water fall down while lifting small amount of water upward.

Over all, the entire setting will let water movement balance out up-and-down, but keep on drawing in air to go through the system in a chain reaction. An artificial respiratory system is built and can sustain itself for years, much like a building in a home, a wind pathway formed in nature. But unlike wind in nature, this wind is actively “planted” “cultivated” and “harvested”, instead of being passively waited out and then “harvested” in today’s wind farms.

Quite often, during hurricane or typhoon seasons, there would be someone asking themselves: wouldn’t it be great if energy of this magnitude unleashed from nature could be somehow controlled and utilized?

One thing worth mentioning here is the first law of thermal dynamics: the conservation of energy principle. The energy for “controlling” and “utilizing” cannot just come out of blue, it has to come from somewhere. The mechanical or otherwise orderly humanly “controlled” energy could be consumed and wasted in the process of trying to “control” the random and untamed energy born out of natural disasters. The end results could often lead to a negative gain of usable energy.

Energy from atomic reaction primarily comes out as “heat” in unordered random forms. Existing “controlled” nuclear reactions – fission – is already demanding tremendous amount of energy to be made becoming suitable for domestic use. It’s reasonable to deduct that even if one day controlled fusion becomes possible, the percentage or total amount of energy used to bridle the release of energy, could be even greater than the amount used to control nuclear fission.

In energy exploration, the strength people often touted about nuclear reaction is its energy conversion efficiency. During such energy conversions, “chain reactions” is the type of “reaction” that’s superior than physical action/reaction or chemical reactions, by approaching the 100% conversion rate. As mankind progress further into the 21st century, quantum energy exploration also triggers “chain reactions” and can also possess energy conversion rates close to 100%.

Therefore along with emergence, maturity and wider application of quantum energy for domestic use, the need for controlled fusion in the same field becomes superfluous.