A silent effort in the laboratory, a great achievement of an ordinary person.
In 1959, how did Koichi Tanaka, who was born in poverty, become a Nobel Prize winner with firm faith?
Ordinary childhood, extraordinary life.
Koichi Tanaka's childhood was unusual. Shortly after he was born in Toyama City, he lost both of his parents. Young and ignorant, he only knew that his parents had passed away and he had left the country. Luckily, he was adopted by his uncle, who was a skilled craftsman who supported the family of six.
In a poor and impoverished environment, Koichi Tanaka developed the Xi of thrift. This frugal attitude to life planted the seeds of his later persistence on the path of science. Koichi Tanaka's hands-on skills were honed in his uncle's workshop, where he not only mastered repair, but also assembled a radio by himself at the age of 10.
In his spare time, Koichi Tanaka is passionate about making various models and giving advice to his uncle's hardware store. This work honed his tenacity and allowed him to show the joy of exploring in practice from an early age.
Enlightenment teacher's care.
Koichi Tanaka has a withdrawn personality and doesn't want to communicate with people much, but luck befell him. In elementary school, he met an enthusiastic chemistry teacher. The teacher found that Koichi Tanaka was very talented in thinking and doing, so he always guided and encouraged him, so that he dared to question and give full play to his imagination. It was the care of this enlightenment teacher that cultivated Koh Tanaka's outstanding achievements in the field of science after a day.
The college years of the scumbag.
After entering Tohoku University, Koichi Tanaka chose to major in electrical engineering. However, the college period was not satisfactory, he failed the course, and his grades once made him a scumbag.
When he graduated, Koichi Tanaka dreamed of working for major companies such as Sony and Panasonic, but because he was not good at words and had a withdrawn personality, finding a job became a difficult task. Eventually, with a letter of recommendation from his instructor, he joined Shimadzu.
The starting point for the miracle of scientific research.
At Shimadzu, Koichi Tanaka joined the mass analyzer project team and became an experimental researcher on the project. In this project, he was responsible for the development of "mass spectrometry analyzers".
The task of this instrument is to perform mass analysis of macromolecules by laser. This important decision on the project led to Koichi Tanaka's scientific career. His task was to ionize large molecules and obtain a "mass spectrometry" by analyzing the mass of the ions.
The road to breakthrough. The study of mass spectrometry analyzers is not an easy task. For small molecules, charged ions tend to escape from solvents, generating electrical signals, but for living macromolecules, their ionization requires higher energy and can lead to the destruction and dispersion of molecules.
In the face of difficulties, Koichi Tanaka did not give up. He spends his days in the lab doing repeated experiments. In one experiment, he accidentally added glycerin to the experiment, only to find that this "mistake" became his breakthrough. The addition of glycerol caused a signal to emerge from the ion mass spectrometry, and Koichi Tanaka successfully detected the "mass spectrometry" of an enzyme.
This breakthrough aroused great interest among American scholars, and Koichi Tanaka's research went global.
Greatness comes from the ordinary, and the ordinary creates greatness.
After the news of Koichi Tanaka's Nobel Prize came out, ** interviewed him one after another. At the time, he was still wearing a lab coat, as if he had just come out of the laboratory. In front of the camera, he looked cramped and uneasy, and his wife called** to explain his scientific research process to reporters, making people closer to this simple scientist.
With his perseverance, Koichi Tanaka has achieved outstanding scientific research achievements. Even after winning the award, he remained committed to scientific research and made a living for the cause of science.
Conclusion: Koichi Tanaka, a shining star in the field of chemistry.
Koichi Tanaka's life story teaches us that greatness often comes from the ordinary. On the road of scientific research, sweat is the most real input, and inspiration is the fruit of struggle. Koichi Tanaka proved with his practical actions that an ordinary person can also create extraordinary achievements. His story inspires us to believe that if we have faith and hard work, we can create our own miracles.
I was deeply touched by Koichi Tanaka's life story, which showed perseverance and defy difficulties from his humble childhood to the pinnacle of Nobel Prize-winning research. This ordinary and resilient character exudes an admirable light.
First of all, Koichi Tanaka cultivated the quality of thrift and thrift in the difficulties he experienced in his childhood. Influenced by his uncle, he learned from an early age to cherish resources and not waste anything. This Xi is not only reflected in his personal life, but also plays a key role in his scientific research path. It was this careful calculation of resources that allowed him to try all kinds of possibilities in the laboratory, and finally found a breakthrough by chance.
Second, Koichi Tanaka's story highlights the profound impact of mentors and friends on a person's growth. His chemistry teacher gave him key guidance and encouragement on his quest to know, allowing him to not be afraid of failure, dare to question, and unleash his creativity. This cultivation of teacher-student relationship laid the foundation for his future scientific research miracles.
Koichi Tanaka's scientific research process is a process full of ups and downs and challenges. In college, he was a scumbag, but he didn't give up because of it. His persistence and hard work led him to the opportunity at Shimadzu, where he devoted himself to the mass spectrometer project. In the face of difficulties, he was not afraid, and soaked in the laboratory every day, experimenting again and again, accumulating little by little. Eventually, the "windfall" of a mistake led to a breakthrough in his research.
Koichi Tanaka's achievements contain the hardships and unremitting efforts of scientific exploration. His contribution lies not only in the technical breakthroughs, but also in his love of science and his persistent pursuit of questions. His boundless enthusiasm for science and spirit of exploration are an example that every scientific researcher should Xi.
The most touching thing is that after Koichi Tanaka won the Nobel Prize, he did not stop, but continued to deepen scientific research. This dedication to the cause of science shows a scientist's sense of responsibility in the field he loves and his contribution to the advancement of human knowledge.
Overall, Koichi Tanaka's story is a model full of inspiration and emotion. His persistence, hard work and dedication to science have set us a model for scientific research worthy of admiration. His achievements are not only personal glory, but also the victory of scientific exploration, injecting more confidence and strength into our era of pursuit of knowledge.
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