Far Longer than Forever

At night after party, desert, toast, Forbes' house goes to the corridor of the living room. In the highest tower of the castle, Stefan sits on the desk. Having a pen with one hand, being busy writing a magazine, and on the other hand having glass filled with amber liquid seems to have forgotten at least for now. Stefan realized that he was really angry until he turned over the form he was writing.

People seem to think that stars are always present as we see the same stars everyday, but stars do not last forever. They live longer than us, and some stars are longer or shorter than other stars. This is because the stars contain masses. High quality stars are huge and the lifespan of high quality stars will be shorter than stars of lower masses because they need to consume more fuel more quickly. When small stars begin to die, they become planetary nebulos, then become white dwarfs and eventually form large balls called black dwarfs. High quality stars explode to supernova, then become ultra high density neutron stars or high density black holes

The stars are like people. They are born, live, die! They will not live forever. However, the stars have survived for a long time and are much longer than humans. The average life expectancy of this shortest star is about 50 million years. The higher the quality, the shorter the life cycle. The star cycle is a week cycle. Since the size of the stars is limited, the fuel supply is restricted. Since hydrogen atoms melt in their cores to form ruthenium, they emit light. Think of it as fuel like hydrogen in a car. As the fuel runs out, you can not keep driving, so when the star runs out of hydrogen, it can not shine anymore so it starts to die.

About ten years later, and for many years in the future, many researchers and philosophers are still trying to find ways to solve the single desire of billions of people. Can you live longer? Since we are often dissatisfied, how long is it enough? So, can we live forever? If so, will the question that we should ask for accept immortality? Under what circumstances? Human life span is a complex phenotype with moderate heritability. Identification of the genes and mutants involved is still an issue. With a new large-scale international research, 25 genetic markers are known which are currently known to be associated with a specific lifespan, and one day it may be useful for prolonging human life. Genes involved in senescence play an important role in the "frozen" state of cells entering after injury. Genes related to inflammation and autoimmunity are also outstanding