游戏太烂
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🇨🇳 University of Science and Technology of China (USTC) PhD Da Bo (达博), who made his name in Japan — sweeping its top awards and developing the core components of the world’s most advanced chip production line, has left 🇯🇵 National Institute for Materials Science (NIMS) and returned to China, along with his team of researchers. Before securing his new position, Da had already begun assembling a team at NIMS composed of fellow 🇨🇳 USTC graduates, with the plan of eventually bringing them back to China as a unit upon his return.
Da, a semiconductor prodigy whose research underpins TSMC’s 3nm chip production line in Japan, is now a chair professor at the School of Engineering Science of USTC in Hefei, Anhui province (Da’s biography is now inaccessible on USTC’s website).
Da joined 🇯🇵 NIMS in 2013 — when he arrived as a postdoctoral student after completing his PhD at USTC. He said in an interview published on May 20 by Chinese news website Deeptech that his goal was very clear (mittrchina.com/news/detail/16…).
If he could bring China’s semiconductor equipment, materials and components up to international standards, “I believe my lifelong efforts will be worthwhile,” he told the website affiliated with MIT Technology Review.
Da was the youngest independent principal investigator in NIMS’ history and, since 2022, was one of the few Chinese researchers to have been deeply involved in front-line international semiconductor industry projects.
Da is from the small and remote Kang county in the Qinba Mountains in Gansu province. In 2004, he was admitted to USTC as an undergraduate, and completed his bachelor’s, master’s and doctoral studies in condensed matter physics within 9 years.
Da then joined NIMS — Japan’s only national R&D institution dedicated to materials science — where he went on to break a number of records.
In 2015, Da became a researcher at the NIMS International Centre for Young Scientists, followed by a similar position at its Centre for Materials Research by Information Integration in 2016.
The same year, he became NIMS’ youngest tenure-track academic, having accomplished the feat in just one year instead of the more usual 3 to 5.
Meanwhile, Da was developing data-driven spectral analysis methods to more efficiently characterise two-dimensional materials — atomically thin semiconductors also known as 2D materials.
Using “white electron” technology to control the secondary electron energy spectrum as a probe, Da’s method of conducting multichannel parallel investigations of two-dimensional materials improved detection efficiency.
At the 2016 International Symposium on Atomic Level Characterisations for New Materials and Devices in Seoul, South Korea, Da received the first-place student award for his work on the modelling of the surface excitation effect for rough surfaces.
On Apr 1, 2017, Da gave a presentation to the NIMS annual conference as a new employee and later the same day was presented with the institute’s highest award for his achievements during the tenure-track phase.
He achieved another first in 2022, when his proposed slogan “materials change the world; we create materials” was adopted by NIMS and is still used today — the only time a foreign individual’s suggestion has been used by a national research institution in Japan.
The same year, he became the only foreigner invited to apply for one of the Hitachi Global Foundation’s 54th Kurata grants, for his rotating crystal film-based micro-focusing X-ray source used in endoscopes.
Da’s pioneering work in the field of diffraction electron optics using cylindrically symmetric rotating crystals was also picked up by 🇺🇸 Lam Research, one of only a few companies involved in frontline international semiconductor projects after 2022.
“My research has been successfully used in a top semiconductor equipment company in the USA so, for me, the … grant is not only financial support but also a chance to bring my research closer to
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scmp.com/news/china/sci…

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@EEeEEEeevictor @whyyoutouzhele 连本带利跟你算,共产党是放养鸡那样放养这些家伙的,等这些鸡吃肥了再一次过大丰收,直接秋后算账。
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@xiaoyun678543 你们说的民主,是《黑金》里演的那种吗?金主爸爸投钱给政客,政客上台后给金主爸爸回报。在大陆,这叫行贿受贿,官商勾结,是要坐牢的😃😃😃😃“民主”国家没有腐败,因为他们把腐败合法化了
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#牢a 助手兼资深舰长发布视频控诉被牢A斩杀,牢A号称受国安指示飞往深圳出差,助手开着车、借着钱、带着几箱特产连夜狂飙700公里准备去线下奔现,却被老A用“你惊动了国安,组织要查你”疯狂恐吓。助手一看,牢A的账号IP地址还在河南😅😅😅
舰长爆料,牢a所谓的“闭关写书”其实是天天白天睡觉、晚上网游五排;所谓的“长发及腰腱子肉”传奇人设全靠脑补,故事全是从出租车司机和中年大叔酒桌上偷来的。
牢a不仅忽悠粉丝通过私下渠道疯狂打钱,还白嫖粉丝做苦力画梗图、找时事素材给自己喂饭😅😅😅
墙国蛙哈哈🐸@GFWfrog
#牢a 虚空编造自己跟国内各类医学教授和学生交流怎么处理尸体,把不少大能吓晕过去了😅😅😅
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过去的懵懂
我猜想着,一定会有人在那里疑问,或者研究我,现在我对于共产党到底是怎么样的一个感想哪?因之,我想把我对于共产党的问题略为来说一说,这也是一件历史上的公案,我是应该来说明的。
廿多年以前,我对于共产党可以说是无所知。我出国之时,我时常在那里想,中国当时的第一课题是——打 倒日本,才能复兴。而国力如斯,如何能抗此强敌呢?遂想到法西斯办法,能复兴古老之义大利,共产党能致强颓唐的俄罗斯。因之对于法西斯和共产党在我心中都发生了懵懂的憧影(按:憬)。迨至归国,担负剿匪任务,同共产党有了正面的接触,感觉到这一伙叛徒,是有他们的另一套鬼名堂。在武汉时,我请政训处副处长黎天才给我讲解共产党的理论,他推荐了一位姓段的,给我讲过李达所著的辩证法唯物论教程,他讲的并不怎样的高明,也是我对于这一套理论是一窍不通。迩后在西北剿匪,数遭挫败,感觉到共匪他们有比我们强的地方,如果利用他们的这一套,也许是可以来对付日本鬼子?因之发生了收编共匪,用使他们来抗日的想象。等到共匪喊出来共同抗日的口号,实中我心。结果是“悼心失图”、“抱薪救火”,未能预料到祸患的后果。
---张学良原著;张之宇校注。《我对共产党的观感》
图:张学良赠孙中山题照

中文


“中国共产党是美利坚合众国最大的外部威胁。”
美国前国家安全顾问认为,这是他所经历的现实,以及美国情报界进行的每一次严重威胁评估所证实的结论。
General Mike Flynn@GenFlynn
The Chinese Communist Party is the single greatest external threat to the United States of America. That is not a political statement. It is not an opinion offered for effect. It is the operational reality I lived as Director of DIA and National Security Advisor, and it is the conclusion confirmed by every serious threat assessment produced by the United States Intelligence Community in the years since. To understand more about this read one my substack below: genflynn.substack.com/p/a-five-year-…
中文

一个真实故事。
《绝命毒师》大家都看过,《绝命糖师》听说过吗?四川一男子,在网上贩毒,用冰糖代替毒品,价格低廉 卷死同行,没别的技巧,就是因为买家即便发现买了假货,也不敢报警。
后来这老哥觉得用冰糖成本也高,改明矾了,发货快递里永远都是一袋散装茶叶,一袋明矾,一张明矾的成分表。交易额绝对不超过 1000,达不到判刑标准。出事儿了就说自己卖茶叶,客户要点明矾,自己也把成分表发过去了。茶叶是没有标准价格的,大家都懂。
后来因为活跃度太高,加上黑话,被警方盯上了,群里蹲点,在他去发快递的路上抓了他。他也不抵抗,一脸淡定的说,自己是卖茶叶的。最后检方绞尽脑汁,以诈骗罪判了他 10 个月,罚款 3000。
更炸裂的是,出狱后他在四川养牛,抖音名字叫“放牛人与妞妞”,妞妞是头牛,长得眉清目秀眼神清澈,很通人性。
好久没见过这么好玩的人和事儿了。
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