On June165438+1October 13, 2008, the Fifth National Congress of China Disabled Persons' Federation elected the Chairman of the Fifth Presidium of China Disabled Persons' Federation.
Zhang Haidi was paralyzed from the chest down when he was five years old because of myelopathy. Because of this, she has never been to school, and she has been teaching herself knowledge with tenacious perseverance since she was a child. She taught herself specialized courses in primary schools, middle schools and universities. When Zhang Haidi/KLOC-was 0/5 years old, he was sent to a poor mountain village in Shen County, Liaocheng with his parents. But she is not afraid of hard life, but dedicated her youth with optimism. There, she taught the primary school children in the village, overcame all kinds of difficulties to learn medical knowledge, and enthusiastically treated the villagers with acupuncture. During her stay in Shenxian County, she treated people for more than 10,000 times without compensation and was warmly praised by people. Zhang Haidi studied very hard and once translated a foreign novel with 65438 words.
From 65438 to 0983, Heidi embarked on the road of literary creation. She overcame diseases and difficulties with tenacious perseverance, worked tirelessly to create and strive for literature. So far, her published works include: Beautiful English, Dream in a Wheelchair and Extremely Top. Prose collection "Flying Goose", "Windows Open to the Sky" and "Questioning of Life". Translated works include The Seaside Clinic, Rebecca in the New School, Little Miller's Travel, modoc-The True Story of an Elephant, etc. Her works have aroused strong repercussions among social teenagers, and the novel Dream in a Wheelchair has been published in Japan and South Korea.
Lizheng avenue
Li Zhengdao was born in Shanghai. He likes reading since he was a child. He can't put down his books all day. He even took his book to the bathroom. Sometimes he doesn't bring toilet paper, but he never forgets them. During the Anti-Japanese War, he went to the southwest to study, and lost all his clothes along the way, but he didn't lose any books, and he lost more and more every time. 1946, 20-year-old Li Zhengdao went to the United States to study. He was only a sophomore at that time, but after a rigorous examination, he was admitted to the graduate school of the University of Chicago. Three years later, he passed the defense of his doctoral thesis with "special insights and achievements" and was known as "Dr. Child prodigy" at the age of 23. Li Zhengdao's outstanding contribution to modern physics is: 1956. In cooperation with Yang Zhenning, he deeply studied the puzzling mystery of θ-τ at that time and put forward the "Li Yiyang hypothesis", that is, parity may not be conserved in the weak interaction of elementary particles. Later, this hypothesis was confirmed by the experiment of Wu Jianxiong, a female physicist in China, thus overthrowing the law of parity conservation, which was regarded as the golden rule in the physics field in the past, and exploring the micro for mankind. He also won the 1957 Nobel Prize in Physics. This is the first time that a scientific work won the Nobel Prize in the second year after its publication. Prior to this, Li Zhengdao was the second youngest Nobel Prize winner in history. Other important works of Li Zhengdao include: 1949. In cooperation with M. Rosenblat and Yang Zhenning, he proposed the universal Fermi weak interaction and the existence of intermediate bosons. 195 1 points out that there is no turbulence in two-dimensional space in hydraulics. 1952 cooperated with D. Piness to study the structure of polaron in solid state physics. In the same year, he cooperated with Yang Zhenning to put forward Yang Zhenning-Li Zhengdao Theorem and Li Yang Monocycle Theorem about phase transition in statistical physics. 1954, the famous "Lie model" theory in quantum field theory was published. 1957 cooperated with R. Ohmae and Yang Zhenning to put forward the possible future of CP non-conservation and time non-inversion. In the same year, he cooperated with Yang Zhenning to put forward the two-component neutrino theory. 1959 cooperated with Yang Zhenning to study the molecular motion theory of hard-sphere Bose gas, which contributed to the study of superfluidity of ammonia ⅱ. In the same year, we cooperated to analyze the role of high-energy neutrinos and determined the direction of a large number of experiments and theoretical work in this field for more than 20 years. 1962 cooperated with Yang Zhenning to study the irreversibility of electromagnetic interaction of charged vector mesons. 1964 cooperated with M. Nauenber to study the problem that infrared divergence can be completely offset in the process of no (static) mass particles. This work is also called Lee-Naumburg Theorem, or combined with the work under Wood, it is called KLN Theorem. The field algebra theory was put forward in the late 1960s. In the early 1970s, the problem of CP spontaneous breaking was studied. Non-topological solitons are discovered and studied, and the soliton packet model theory of hadron structure is established. For the color limit phenomenon, the concept of vacuum "color dielectric constant" is also proposed. In the late 1970s and early 1980s, we continued to study path integration, lattice specification and time as a dynamic variable. Then the foundation of discrete mechanics was established.