Original title: what is the specific situation of the youngest 15-year-old scientist? What are the achievements of Fang Lin's personal data introduction
4hw.org and the second world top scientists Forum opened in Shanghai on October 29. A group of "Post-00 scientists" who shuttled through the venue were particularly attractive. They met with many winners of Nobel, Wolff and Lasker prizes, setting off a new "brainstorming".
The forum was attended by 44 Nobel Prize winners and 21 bitmap spirit prize, Wolff prize, Lasker prize and fields prize winners. In addition, a number of global outstanding young scientists and academician scientists from home and abroad participated in the forum, covering chemistry, physics, medicine, computer science and other fields, with great global influence.
These 'world's most powerful brains' work together around the theme of' science and technology, for the common destiny of mankind ', to explore the scientific code of high-quality development, and write new predictions belonging to the future of mankind. The most wonderful part of the forum is the 'tablecloth discussion', which divides the participants into 15 tables. Every one or two top scientists and a dozen young scientists sit together to 'brainstorm' on various cutting-edge scientific topics. At some round tables, reporters found several concentrated 'juvenile scientists'.
Although the exchange between middle school students and Nobel laureates is short, as Roger middleberg, President of the world's top scientists Association and Nobel Prize winner in chemistry in 2006, said, such exchanges enable young people with scientific potential to contact the guidance of the world's top scientists, and Shanghai's determination and action to promote international scientific and technological exchanges and attract the world's top talents It is impressive that China is playing an increasingly important role as an important force in the world's scientific and technological array.
TAN Fang Lin
In the past two days, a high school girl in Shanghai caught fire. At the second world top scientists forum held in the new film area near the port of Shanghai, 65 Nobel Prize, Wolff prize, Lasker prize, Turing prize, fields prize, MacArthur genius prize and other world top science prize winners gathered. The gathering was called "the strongest brain in the world". At the age of 15, East China Normal University in Shanghai Tan Fanglin, a senior one (10) student from the Second Affiliated Middle School of the second Normal University of China, is the youngest participant.
Netizens' comments on her are: 'God, please take my knee', 'gifted girl', 'youth is national strength', 'don't let my mother see' & hellip; & hellip;
In fact, this is the second year for Tan Fanglin to become the 'youngest scientist'. Last year, she became the guest of the world top scientist forum when she was a junior high school student in Yan'an, Shanghai. Last year, she was only 14 years old. This year, she continues to participate in the Conference and is still the 'youngest' record holder.
Participated in the world top scientists forum twice in a row
The reason why she was invited to attend the world's top scientists forum is that Tan Fanglin is a member of the middle school students' talent plan.
The "middle school students' Talent Plan" is a training plan for science and technology innovation reserve talents for middle school students jointly organized and implemented by China Association for science and technology and Ministry of education since 2013. Shanghai Association for science and technology is responsible for Shanghai. In 2018, the Shanghai Management Office of Shanghai Science and Technology Association's "talent plan" selected and recommended 10 talented students to participate in the youth forum of the world's top scientists. This year, 12 members of Shanghai's "talent plan" born in 2001-2004 were invited to face-to-face exchanges with top scientists, and Tan Fanglin was selected twice in a row.
The research project in the third year of junior high improved the estimation formula of Canadian mathematicians
Tan Fanglin's parents are teachers of East China Normal University. Her primary school is in the primary school affiliated to East China Normal University. Her junior high school is in Shanghai Yan'an junior high school. Her senior high school is admitted to the Second Affiliated High School of East China Normal University. Influenced by her family, she has been interested in mathematics since childhood. 'this child is worth studying. In junior high school, he never made up lessons or did not brush up questions. Xu Jun, principal of Shanghai Yan'an junior high school.
Tan Fanglin's most outstanding achievement at present is that she won the first prize and the chairman's prize (the only prize for junior high school students) in the 33rd Shanghai Youth Science and technology innovation competition by virtue of the subject "estimation of fiboracci number series and bezu number" in the third year of junior high school. This project also won the first prize of the 33rd National Youth Science and technology innovation competition. For the first time, her research project established the connection between fiboracci number series and bezu number. As an application, it solves the problem of estimating the best upper and lower bounds of the bezu number, and improves a rough estimation formula given by Canadian mathematician Professor Rankin in 2013 in the American Mathematics monthly.
"Face to face communication with big scientists inspired my enthusiasm for scientific research"
Tan Fanglin is a girl dedicated to scientific research. Last year, she had face-to-face communication with Frank middlemark, the 2004 Nobel Prize winner in physics. "Professor Frank said that it is important to maintain curiosity and interest in science and bravery in the face of scientific research problems. "In the past year, Tan Fanglin has worked harder," and face to face exchanges with these big scientists inspired my enthusiasm for scientific research. Although the study task is very heavy, I still insist on doing some small mathematical research. "Talk about Fang Lin's description of her growth in the past year.
This year, talking about Fang Lin is Gillo middot, founder of optogenetics and winner of the Warren Albert prize in 2019. In the communication process, she asked Professor Giro in fluent English: 'excuse me, what do you think is the most important personal quality to do the project?' Professor Giro told her that for researchers, the most important thing is to learn to adjust their attitude and start again in the face of difficulties and failures. Because in the process of scientific research, failure is always much more than success.
'this answer is very enlightening to me. 'Tan Fanglin said that it's difficult to do a project recently. She hasn't made progress for nearly two months, so she's a little frustrated. After listening to the professor's encouragement, she realized that when she met with difficulties, she had to be brave enough to persist.
Jiang Cheng Hao
He is in Senior Two
A gel based ulcer drug formulation has been developed.
Jiang Chenghao, a student at Datong middle school, is also a member of the Shanghai talent program. Influenced by his family, he was full of interest in medicine. In the period of Orthodontics, he was troubled by oral ulcer all the year round because of the need to wear braces. However, he found that the existing oral ulcer drugs had the defects of poor durability, so he began to develop a new formula for the treatment of ulcer from the third day of junior high school. Through the help of his tutor and his repeated thinking and experiments, he was developing a gel based ulcer drug formulation in the second year of senior high school, and is being further improved. When Jiang introduced his project to the top scientists and young scientists in the same group, he aroused the strong interest of jilo middot mesenberg, academician of Magdalen College of Oxford University. The 'big guy' in the field of neuroscience asked him a series of details about the experiment and nodded frequently.
Jiang said: 'through this exchange with the world's top scientists, it will help to open up scientific thinking, strengthen innovation awareness and expand international vision. Science should come from life and be higher than life. In the future, it will continue to develop in the direction of pharmacy. '
Hu Shi Cheng
Invited to participate in the
Nobel Prize ceremony
Hu Shicheng, a senior three student from the foreign language school affiliated to Shanghai Foreign Studies University, and Jiang Chenghao were also divided into group 13. She spoke fluent English and studied chemistry with foreign scientists at her desk. Hu Shicheng told reporters that he had been interested in chemistry since the third day of junior high school. He won the first prize of Shanghai senior high school academic League. Then he taught himself chemistry in University and became more explicit about his love for chemistry. Selected for the "talent program", she followed the professor of Fudan University to learn relevant knowledge, immersed in the chemical laboratory after school every day, engaged in catalyst project research, and often looked up at 11 p.m.
'I think it's amazing to be able to explain all kinds of phenomena in the world from a molecular perspective. I hope my future research can be applied in an industrial way, so as to solve the environmental and energy problems facing mankind. 'said Hu Shicheng. The diligent attitude of this chemical 'treasure girl' impresses jilo Middleton Mason Burke. He encourages Hu Shicheng to continue to explore new areas and cultivate good expression and writing skills.
Hu also won the first prize of Energy Chemistry and the best subject in the Intel International Science and engineering Grand Prix this year, and was invited to participate in the Nobel Prize ceremony to be held in December. She told reporters that whether you go to the Nobel Prize ceremony or face-to-face exchanges with the "science gurus" you have admired for a long time in the world's top scientists' forum, it is a very unusual experience and will inspire your future scientific development.
Li Ren Yu
It took two years to design a set
Artificial intelligence system of playing bridge
Li Renyu, a senior three student in Shanghai middle school, spent two years designing an artificial intelligence system for playing bridge, similar to 'alphago for bridge'. The professional knowledge in the field of new materials is strange to this computer 'treasure boy', but it does not prevent him from interacting with Professor Mai Liqiang of Wuhan University of technology. Professor Mai, who is good at the research of new materials, introduced how artificial intelligence can be applied to the research and development of new materials and modeling to Li, encouraged him to conduct more cross field exploration and continue to pursue the research direction he is interested in. "Although I don't understand a lot of professional knowledge, I have learned the demeanor of top scientists through this platform. After communicating with scientists, I have become more deeply aware of the need to explore in many fields," Li Renyu told reporters. "My knowledge accumulation is still limited, and I will continue to accumulate in the university to clarify my future research direction. '