China's 15-year-old math prodigy Tan Fang Lin made his debut at an international science event.
In October 2020, the 2nd World Laureates Conference was held in Shanghai, China, bringing together the world's greatest scientific experts. Among the 44 Nobel laureates discussing the development of science in the next 100 years, one of them caught the eye: Tan Fanglin, a 15-year-old girl from China.
Tan Fang Lin, wearing an ill-fitting black suit, with high hair and a ponytail, is delicate but too immature. The high school student won the "Youngest Scientist" honor at the conference, and is known worldwide for solving the world's mathematical problems.
Behind her achievements is a unique upbringing. Her parents were university teachers, but unlike the average "child prodigy", she was not subjected to excessive expectations and pressure. Her parents were never forced, but interest-oriented, and cultivated her strong interest in mathematics.
Tan Fanglin is not excellent in all subjects, but she is far ahead of her peers in mathematics. Her father was a beacon on her academic path, tutoring her with patience and friendship in solving complex math puzzles. In this atmosphere of freedom and encouragement, her mathematical talents were brought to full play.
Her accomplishments have not been without its challenges. Due to her bias, she did not achieve satisfactory results in the final exam, but the care of her parents and the way of free education made her adjust her state, comprehensively improve her grades in various subjects, and was finally admitted to the High School Affiliated to East China Normal University.
After graduating from junior high school, Tan Fanglin was exposed to a wider range of knowledge. She not only challenged school textbooks and math Olympiads, but also took the initiative to learn advanced mathematics Xi, and even strengthened her English training to read foreign language mathematics magazines. This pursuit and challenge of knowledge has led her to make rapid progress in the field of mathematics.
However, what really made her famous was the challenge to a mystery that had remained unsolved for nearly a thousand years – the "estimation of the Fibonacci and Bezu numbers". This mathematical puzzle has plagued world-renowned mathematicians, but Tan Fanglin's excitement and dedication are astounding. She gave up worldly fame and fortune and silently threw herself into this seemingly impassable sea, challenging her limits.
Tan Fang Lin's story tells us that true genius does not come from the pressure and expectations of the outside world, but from the pursuit of interest and sincere love for knowledge. Her achievements lie not only in her talent for mathematics, but also in her tenacity and perseverance in the face of difficulties. The 15-year-old Chinese math prodigy, whose achievements have attracted global attention, will be what kind of glory her future will be, let us wait and see.
Talking about Fang Lin's story is a thought-provoking miracle. The 15-year-old Chinese math prodigy, with his outstanding mathematical talent and profound pursuit of knowledge, has successfully broken the traditional stereotype of "prodigy". Her achievements are not only due to her excellence in the field of mathematics, but also to her unique upbringing and unique approach to education.
In China, a country with many "prodigies", Fang Lin's story is different. Instead of over-expecting and imposing heavy academic pressure, her parents focused on encouragement and guidance, allowing her to cultivate a deep interest in mathematics in a relaxed and natural atmosphere. This liberal approach to education became the driving force for her to pursue knowledge, allowing her to develop holistically.
Unlike the problems faced by ordinary "prodigies" in the process of growing up, Tan Fanglin was not "helped by the seedlings" of parents. Her parents paid more attention to cultivating her personality, emphasizing qualities such as modesty, honesty, and good behavior. This allowed her to maintain peace of mind and humility while achieving remarkable results, and not to be swayed by fame and fortune in the outside world.
Tan Fanglin's talent for mathematics is obviously innate, but more importantly, her unique love for mathematics and her dedication to challenges. She began her career in advanced mathematics at the age of 15, challenging world-class mathematical problems and showing unusual academic courage. This pursuit of excellence has made her stand out in the academic world.
What's even more striking is that Tan Fanglin did not cater to the expectations of the outside world for fame and fortune. She refused to participate in some competitions to pursue fame, and chose to quietly devote herself to the academic field she loved. Her decision shows the pursuit of true knowledge, not the fleeting glory of glory.
Fang Lin's story makes people reflect on traditional notions of education, and her success is attributed to the rational guidance of parents and full respect for children's interests. Her experience calls for a pluralistic approach to education, advocating the cultivation of children's interests and personalities, rather than a one-size-fits-all standardized education.
Finally, Fang Lin's story shows us that genius does not exist in isolation, but requires an environment of positive encouragement and care. Her achievements are not only a personal miracle, but also an inspiration for China's education reform, which has inspired deep thinking about personality development and innovative spirit. I hope that stories like this can be an inspiration for more families and schools, and create a broader future for more young people.
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