What if, somehow, you could get rid of the cost of energy? You could make it to something you couldn’t even imagine. You could make it as free as the sun.
In my own way, I tried this, back in 2008 when I was developing my latest book to publish called
What would happen if energy was free? What if, somehow, you could get rid of the cost of energy? You could make it to something you couldn’t even imagine. You could make it as free as the sun.In my own way, I tried this, back in 2008 when I was developing my latest book to publish called Green Revolution 2.0 . I was trying to figure out a way to develop the power of bioenergy in an efficient and cost-effective way. I figured it would take many years, but with a little luck, the time might well come when bioenergy might be so cheap that we would become totally dependent on it.
In 2008, I thought that this might be the last year, even in the near term. But then, as I started researching the subject, I discovered not only that the cost of electricity, and therefore the cost of bioenergy, is increasing rapidly, but I also discovered that there was another factor that seemed to help: the rapid pace of technological change. Since the 1990s, there were technological revolutions occurring in fields as diverse as computer memory, electronics, information technologies, and artificial intelligence. The information revolution accelerated dramatically and is now being viewed as an outgrowth of the genetic revolution in biology — which was accelerated by human evolution at the same time.
So this meant that I might be able to predict in advance that the future of bioenergy might be characterized by rapid technological change and increased energy usage from the sun.
The sun, of course, is a pretty amazing machine. It has a gigantic surface area, is expanding far faster than human thought could previously imagine, is making an impressive effort at keeping a steady state of energy, and may last millions of years more. But it’s also incredibly dense. So, in fact, it’s like a planet that’s filled to the brim with water ice in the extreme north. It’s not exactly like Jupiter, and its atmosphere can get very thick — but it is an ice planet. In fact, the thickness of the air (called the troposphere) in the tropics is more than 60,000 square miles (124,000 square kilometers). This, in turn, is why the troposphere
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