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- 黄奇帆卸任重庆市长 入渝十五载他都做了啥 - 环球网
<article><section data-type="rtext"><p>原标题：黄奇帆卸任重庆市长，入渝十五载他都做了什么< p><p>在2016年最后的日子，黄奇帆的去向终于坐实。< p><p>12月30
- 重庆重要人事变动！黄奇帆卸任市长 (附简历)-千龙网·中国首都网
千龙网讯 据重庆人大网12月30日消息，重庆市四届人大常委会第三十二次会议接受黄奇帆同志辞去重庆市人民政府市长职务的请求，接受吴刚同志辞去重庆市人民政府副市长职务的请求。 黄奇帆简历 黄奇帆，男，汉族，1952年5月生，浙江诸暨人，大学普通班，工商管理硕士，研究员，1968年9月参加工作，1976年3月加入中国共产党。 现任十八届中央委员，国务院三建委副主任，重庆市委副书记，市政府市长、党组书记。 1968 09—1974 09 上海焦化厂焦炉车间工人 1974 09—1977 09 上海机械学院仪器仪表系自动化仪表专业学习 1977 09—1983 07 上海焦化厂设备科技术员、助理工程师、工程师 1983 07—1983 12 上海焦化厂副厂长
- 科学家在分数量子反常霍尔效应研究方面取得重大突破
该研究开启了零磁场条件下研究分数电荷激发、任意子统计等新奇物性的大门，为拓扑量子计算等研究提供了新的可能与机遇。 < p><p>近日，上海交通大学李听昕、刘晓雪团队发现并验证零磁场条件下分数量子反常霍尔效应的存在的成果发表在物理学研究领域的著名期刊《物理学评论X》上，并被重点推荐。
- Huang Qifan Re-Elected Chongqing Mayor -- Beijing Review
Huang Qifan was re-elected mayor of southwest China's Chongqing Municipality on Thursday at the first session of the fourth municipal People's Congress, the local legislature
- China achieves quantum computational advantage in two mainstream . . .
In December 2020, the researchers built the quantum computer prototype, "Jiuzhang," through which up to 76 photons were detected, achieving quantum computational advantage
- Chinas computational power gains new strength with 255 . . . - China Today
China's photonics quantum computer prototype, named "Jiuzhang," after the ancient Chinese mathematical masterpiece "Nine Chapters on the Mathematical Art," was built in December 2020, achieving quantum computational advantage with up to 76 detected photons
- Quantum Computational Advantage Enhanced with New Study
Chinese research teams have made marked progress in superconducting quantum computing (Zuchongzhi 2 1) and photonics quantum computing technology (Jiuzhang 2 0), making China the only country to achieve quantum computational advantage in two mainstream technical routes, analysts said on authoritative physics websites
- Chinese scientists achieve significant advancement in quantum . . .
BEIJING -- A Chinese research team has realized the fractional quantum anomalous Hall state of photons for the first time by using an independently developed quantum experimental system, the University of Science and Technology of China (USTC) said on Monday
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