April 17, 1955. Albert Einstein died at a US hospital. One of the best scientists of all time was 7 years old then. The next day, the news of his death was published in a major American daily. Some newspapers also published a picture of a random desk used by Einstein.
Just behind the desktop is a blackboard filled with scribble equations. The caption reads: This desk contains the draft of the most important work of his life. But that is unfinished. In fact, for the last three decades of his life, Einstein worked day and night to formulate Unified Field Theory. That is to say, he wanted to unify all the balls known till then and express them in a single theory. The theoretical name of that theory is now Theory of Everything. However, Einstein, the father of relativity, failed to establish such a theory. A little boy heard the news of Einstein's death the next day while sitting in his class at school. She is barely eight years old. But the boy did not understand who this famous scientist was. The class teacher explained to everyone that Einstein was the best scientist of all time. He said that his discovery and his unfinished work. But the boy did not mind Otaku. The curious boy ran to the library to find out more about this scientist. I read several books about Einstein and his discoveries. Not everything went into my head. Most are shrouded in mystery. But reading them, I feel a great thrill. The boy came out of the library that day as another man. Growing up, he started dreaming of becoming a scientist from that day. He also bet on finding a theory of everything. The main purpose of which is to finish the unfinished work of Einstein. That boy is one of today's most popular theoretical physicists and writer Michio Kaku.2.
The boy was born on January 24, 1948. San Jose, California, USA San Francisco in the United States was severely damaged by a devastating earthquake in 1906. Some workers were brought from home and abroad to clear the rubble. Michio Kaku Dada migrated to the United States from Japan at that time. After that, he did not return to the country. Michio Kaku's father and mother were born in that country.
In World War II, Japan and the United States fought each other. So the Japanese citizens of that country were isolated from American society and kept in different camps. Michio Kaku's parents met in one such camp. Later it was rolled up to marriage. Uncle Michio was born after the war. Their financial situation at that time was not good. Uncle Michio continues to grow up with great difficulty.
Yet the love for science was formed at an early age. I said that at the beginning. After that, he did not cut that resh. It can be said that it is increasing. Some of the cartoon series aired on TV at that time also played a role in this. Flash Gordon series. Kaku was also addicted to reading storybooks. He was especially fond of science fiction. In this way, he continues to dream of a world of the future, where science and technology will have the ultimate excellence. Many people call it fantasy or impossible. But Michio Kaku wants to say, impossible is relative. He has tried to understand these impossibilities with science.
Uncle Michio thought of making an atom smasher for himself while in high school. He was flipping through the Atom Smasher while the other boys were busy celebrating Christmas. He also broke the sweat on his feet. With his mother, he tied a 22-mile-long copper wire around the school grounds. He then built a 2.3 million electron volt betatron particle accelerator in his parent's garage. It took 8 kilowatts of electricity to run it. The device is made of a powerful electromagnet. It was about 20,000 times stronger than the earth's magnetic field. He wanted to make antimatter with this atom smasher. But in the end, the work that was done by launching the smasher is quite disappointing. The power supply of Kaku's mother's house was destroyed. They had to stay in the blackout for quite some time.
Of course, there is no stain, there is no learning like this advertising language, my uncle was able to learn something from this family loss. Even as he became a scientist in the future, it seems to be the biggest regulator. He took part in the National Science Fair by embracing the Atom Smasher. His instrument was conventional and quite different from the ten science projects. Physicist Edward Taylor was shocked to see such a device made by a small teenager. He is the father of the US hydrogen bomb. Taylor was a guest at the science fair. The prodigy won the Herz Engineering Scholarship at the Service Science Fair for this remarkable science project. Then he got a scholarship to study at Harvard University. This helped him to overcome almost all obstacles in fulfilling his goal of becoming a theoretical physicist.
After that, he continued to follow the path of realizing his childhood dream. Work began in the seventies to discover the Theory of Everything. For that he joined the group of widely discussed-criticized string theorists. His research gave birth to the branch of string theory, string field theory. This brought him fame as a scientist. In addition to research, he has been involved in teaching for a long time. At City College, New York.
After the death of the theoretical physicist Stephen Hawking, Michio Kaku is now considered by many to be the most popular scientist. He was again called "The Next Carl Sagan."
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