Summary: “The Bottomless Well”
The following is a straightforward summary of the central arguments and facts from The Bottomless Well: The Twilight of Fuel, the Virtue of Waste, and Why We Will Never Run Out of Energy. The arguments are set up to support a cavalier attitude about energy consumption, a position that is hardly tenable in light of the need for environmental conservation and climate-change mitigation, but it contains a great deal of useful background information on the subject of energy and a several worthwhile arguments.
Central arguments
- Energy sources are nearly infinite. The energy we can access depends on how effective we are at capturing it, which we can do better the more energy we have available to begin with. Energy supplies will continue to spiral upwards and prices will continue to trend downwards so long as we keep improving our extraction technology.
- The fact that we use almost all of our energy (80-95%) in the process of purifying it is not only to be accepted but celebrated. Purifying energy is what provides us with better quality of life and the ability to acquire even more energy.
- The more we use the power-switching chips to replace mechanical energy distribution, the more our electricity demand will rise, since they will not only replace existing power switches but also enable a new round of innovation. For example, cars’ power trains will soon become electric, allowing them to run off of both internal-combustion engines and battery-stored grid electricity. Much of the American factory floor will also become electric and robotic.
- When an energy-based technology increases in efficiency it becomes cheaper and as a result is used more widely than before. To achieve a net decrease in energy usage the efficiency gains of the new technology must outweigh the increase in energy usage that results from its increased use. The best example of this is the light bulb, the improvement of which produced a panoply of lights, radios, radars, and lasers whose use adds up to a massive increase in energy usage.







Engineering kids are always up to something interesting in the lab. This team over at Stanford have created something really interesting: an