QUANTUM PHYSICS FOR BEGINNERS: The new comprehensive guide to master the 7 hidden secrets of the law of attraction and relativity. Learn the origin of universe with step by step process by Test Jason

Author:Test, Jason [Test, Jason]
Language: eng
Format: epub
Published: 2021-02-07T00:00:00+00:00

Green Power

Over the last twenty or so years of the twentieth century, and since then, we have become increasingly aware of the fact that our exploitation of the Earth's energy supplies has given rise to major pollution-related problems and the like. Any of the initial concerns centered on nuclear technology, where the inevitable radiation that follows nuclear operations and the handling of radioactive waste products represent risks that some believed could not be handled. This was compounded by a small number of very large nuclear accidents, notably that in Chernobyl in Ukraine, which released a substantial amount of radioactive material across Europe and beyond.

However, more recently, the long-term implications of more conventional energy production approaches have become apparent. The threat of climate change correlated with 'global warming' is chief among these: there are clear signs that the combustion of fossil fuels contributes to a rapid increase in the temperature of the Planet, which in turn could contribute to the melting of the polar ice caps, a consequent rise in sea levels and the flooding of important parts of the populated areas of the Earth. There is also the possibility of a runaway mechanism in which, before the Planet was fully uninhabitable; heating would result in further heating.

There have been a rapid increase in interest in alternative,' renewable' forms of energy production in the face of such expected disasters. In this segment, we will first address how quantum physics plays a role through the 'green-house effect' in triggering global warming and how it can also lead to some of the sustainable alternatives.

The greenhouse effect is so-called because it mimics the processes found in many gardens that regulate a type of glass greenhouse activity. Sunlight passes without being absorbed through the translucent glass and hits the earth and other greenhouse contents, warming them up. By emitting heat radiation, the warmed objects then begin to cool off, but this has a much longer wavelength than that of light and does not move easily through the glass, which reflects most of the heat into the greenhouse.

This process continues until the glass has warmed up to the point that it radiates outward as much strength as the sunlight that comes through it. Convection supports the above process: air is heated at the bottom of the greenhouse, becomes less dense, and rises to the top of the greenhouse, where it helps to steam the glass as it cools and then falls back downwards.

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