A research on the relationship between the structure of nuclear energy and string theory, energy, wormhole

Abstract

In the 1870s, Europe entered the era of electric revolution. Not only large enterprises, but also small enterprises have adopted new power - electric energy. At first, an engine equipment only supplies lighting power for a house or a street. People call this kind of power station a “household type” power station, which produces very little power.The power plant was originally direct current. Edison, a famous American inventor, started to build the central power plant in 1881. In 1882, two power plants with initial scale were put into operation. In January 1882, the Edison Company of Holland bridge in London began to generate electricity to supply the city cathedral and bridgehead hotel in the west of the post office bridge of the San Marco factory. Later, a water power station appeared on the fintan River in Petersburg, Russia. The power station was built on a barge to provide power for the lighting of Nevsky street. In the early stage of power production and transmission, there was a long and fierce debate about whether it was DC or AC. Edison advocated the use of DC, and people have thought about various ways to expand the scope of DC power supply, so that the power supply situation in small and medium-sized cities has been significantly improved. The use of nuclear energy to produce power plants, also known as nuclear power plants (NPPs). There is a strong binding force between the nuclei (neutrons and protons). When heavy nucleus splits and light nucleus polymerizes, it will release huge energy, which is called nuclear energy.The technology has been relatively mature, forming a scale of operation, but the nuclear power plant that produces electric energy from the nuclear energy released by heavy nuclear fission is analyzed from the point of view of energy conversion, which is a conversion process from heavy nuclear fission nuclear energy to heat energy to mechanical energy to electric energy. Now that we have more advanced nuclear power technology, this paper introduces a new power plant concept and its relationship with microphysics.