Group 1 - The article emphasizes the importance of early science education, particularly focusing on chip technology, to stimulate children's curiosity and understanding of science [1][2] - Various educational initiatives are being implemented in China, such as the "Eagle Plan" training camp in Chongqing and the "Chip Dynamic Youth" course in Zhejiang, which aim to engage students with hands-on experiences and expert guidance [1][2] - The role of parents in supporting science education is highlighted, suggesting that home education can complement classroom learning and enhance children's understanding of scientific concepts [2] Group 2 - The revised Science and Technology Popularization Law mandates that both primary and preschool education institutions should strengthen science education tailored to children's developmental stages [3] - The article suggests that fostering curiosity, imagination, and a desire for knowledge in children is essential for nurturing future scientists and innovators [3] - The narrative reflects a broader trend in China towards integrating science into modern education, aiming to cultivate a generation capable of contributing to national development [3]

2022 年，时任美国总统拜登签署了一项意在加强美国半导体研究和制造能力的《芯片与科学法案》 （CHIPS and Science Act），涉及千亿美元的政府资金投入。在这样的大背景下，一些美国的大学院校也开 始开设相关的人才培养项目，并针对特定人群免费开放。 今天我们邀请到的这位嘉宾 Michelle 就是其中一个项目里的授课老师，透过她的讲述，我们能够了解到： 对内容进行了极致压缩的 12 周「手搓芯片课程」都在教些什么？来上课的美国人，他们的人生境况是怎样 的？从培训项目毕业后，这些退伍军人真的就能找到满意的对口工作吗？ ▲ Michelle 提供的项目照片 声东击西 Michelle 你是怎么参与到这个芯片制造课程里来的？ Michelle 我是在美国的佐治亚理工学院读的本科，专业是材料工程与科学，我们学校有一个特别酷的无尘实验室， 我还是学生的时候就在那里担任过兼职，不过当时接触的都是比较简单的工作。 毕业之后我 gap 了两年，等开始找全职工作的时候，我又给之前管理学校实验室的老师发了一封邮件，询 问他实验室是否还缺人手，幸运的是他们都还记得我，对我说：「实验室正在招人，正好你也有这个方面 的经 ...