[quick news] on August 9, 2019, 17-year-old self-taught drug maker was punished, and the young man "Jue Ming poison master" in prison invention patent

At the age of 17, he was sentenced to self-study drug making The patent for invention in the juvenile "Jue Ming poison maker" prison ranges from "children of other people's families" to "Jue Ming poison maker" and then to prisoners Xiaogang (pseudonym), 22, who served in Guangyuan prison in Sichuan Province, still has two years to go Xiaogang, who went to high school, bought college chemistry textbooks with his pocket money to study the craft of making meth After two months of research, he basically mastered the process of making poison In the end, he was caught on the spot in a drug making process Before going to jail, Xiaogang wanted to invent "electrostatic adsorption evaporator" to keep the temperature of the low-temperature refrigeration system constant in chemical experiments With the help of the prison police and the support of his parents, Xiaogang has made use of his rest time to study independently and assiduously At present, he is applying for patent through Guangyuan prison Https://news.sina.com.cn/s/2019-08-09/doc-ihytcem9552846.shtml adjust the subsidy for highly educated people: Hangzhou's standard of attracting talents plus sincere living subsidy is adjusted from "20000 yuan for master's degree and 30000 yuan for doctor's degree" to "10000 yuan for bachelor's degree, 30000 yuan for master's degree and 5 yuan for doctor's degree" Ten thousand yuan "- according to the opinions of the municipal Party committee and the municipal government on serving the" six major actions "to build a city with the best talent ecology, the current living subsidy policy for graduates with high academic qualifications will be adjusted, Hangzhou talent service bureau announced recently In the first half of this year, Hangzhou relaxed the settlement policy and lowered the threshold to junior college education This time, it directly subsidized graduates with higher education, which shows its emphasis on talents This kind of low threshold and high subsidy is bound to further enlarge the attraction of Hangzhou city and attract more talents for urban development Http://zqb.cyol.com/html/2019-08/08/nw.d110000zgqnb_-02.htm the Ministry of education welcomes the preliminary evaluation of the Department of education of each province, autonomous region and municipality directly under the central government (Education Committee, Xinjiang production and Construction Corps Education Bureau, education department (bureau) of relevant departments (units), relevant institutions of Higher Learning: according to the "on organizing and carrying out 2019" According to the general arrangement of the Circular of the Ministry of education on the assessment of key laboratories in the field of chemical industry and cross fields (jtfxh [2019] No 53), the Department of science and technology of the Ministry of Commerce and education will hold the preliminary assessment meeting of key laboratories in the field of chemical industry and cross fields of education in 2019 in Beijing from September 10 to 12, 2019 Http://www.cutech.edu.cn/cn/zxgz/2019/08/156497227698555.htm the European Society for Applied Superconductivity outstanding contribution award was awarded to Chinese scientists for the first time Recently, the European Society for Applied Superconductivity (ESAs) announced that it would award the International Applied Superconductivity outstanding contribution award 2019 to Ma Yanwei, researcher of Institute of electrical engineering, Chinese Academy of Sciences, in recognition of his outstanding contribution in the field of new practical superconducting wire This is the first time that Chinese scientists have won the award Ma Yanwei has been engaged in the research of new superconducting materials for a long time In recent years, he has led the research team to make a series of important achievements in the performance research and development of iron-based superconducting wires Http://news.sciencenet.cn/htmlnews/2019/8/429149.shtm new gel can reduce postoperative adhesion and adhesion, which is a fibrous band formed between visceral organs and tissues, which can lead to serious or even fatal complications 95% of the operations will form adhesions According to the latest issue of natural biomedical engineering, researchers at Stanford University found that spraying gel on animal internal tissue after cardiac surgery can significantly reduce adhesion The newly developed gel is far more effective than the current anti adhesion material in the market, and it has been proved to be safe in experiments https://www.nature.com/articles/s41551-019-0442-z