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2026年中国科技馆筑梦星球嘉年华暨夏令营活动圆满落幕_我的网站
一 | 讯 8月20日，2026年中国科技馆筑梦星球夏令营活动结营仪式在国家速滑馆举行。200余名各地优秀青少年和科学教师在夏令营期间从零到一设计制作的工程作品，在国家速滑馆精彩亮相，数位航天和深空探测领域的科学家、工程师们也齐聚现场开展研讨交流，共襄科创盛宴。 New Delhi, Oct 10 (UNI) Delhi High Court has passed an order to close all proceedings against Delhi Health Minister Satyendar Jain under the Benami Transaction (Prohibition) Amendment Act as per the judgment of Supreme Court on Benami law.
Justice Yashwant Varma after hearing a number of petitions filed by Jain and others against the initiation of proceedings under the Benami Transactions (Prohibition) Amendment Act, 2016 passed an order that in view of judgment passed by Supreme Court the writ petitions are allowed and the proceedings initiated under the enactment shall consequently closed.
Delhi High Court on last date of hearing passed an order that no coercive action shall be taken against Delhi's Health Minister Satyendar Jain and other petitioners under the Benami Transactions (Prohibition) Amendment Act, 2016.
The Supreme of India has held in a case that Benami Transactions (Prohibition) Amendment Act, 2016 did not have retrospective application and the authorities cannot initiate or continue confiscation proceedings for transactions entered into prior to the coming into force of the legislation.
Counsel for Jain had filed a petition in 2017 against the proceedings initiated against him under the new Benami law by submitting that the Benami proceedings against him were in the nature of political persecution.
Counsel further submitted that the alleged Benami transactions, from the proceeds of which certain attached assets were claimed to have been purchased, took place between 2011 to March 31, 2016 so the amendment which came into effect in November 2016 would not apply.
UNI XC SHK2234。 作为大型综合性科学教育项目“科学方法特训营”的收官之作，为期六天的筑梦星球夏令营活动为优秀青少年打造了沉浸式研学之旅。
二 | 活动围绕“建设模拟外星科考站”这一核心任务，搭建望舒、荧惑、启明三个虚拟情境，按照“能源收集、环控生保和科考探测”三大分系统，设置三级进阶式课程体系。优秀营员们分组协作、团结互助，与科学家、工程师深入互动交流，从单一模块的原理验证实验开始，逐步进阶到系统结构搭建与整体联调，共完成了18件工程作品，最终实现具有真实功能的科考站核心模块。 本活动秉持“人机共育”理念，引领青少年完整经历“猜想－设计－验证－迭代”的科学探究闭环。2026年项目最大创新点，是中国科技馆联合北京邮电大学，基于“邮百工”AI教育科技平台,为活动定制专属AI助学工具。实践环节，AI伙伴有效引导青少年对话，帮助营员进行思维收敛，使科学探究获得即时反馈，智能评价系统全程记录每一次猜想、验证与调整，并生成可视化成长画像，让科学思维的发展有迹可循。 参加夏令营活动的营员，由“科学方法特训营”科学教育共同体的首批6家地方科技馆及其合作学校组织，覆盖北京、天津、吉林、广西、甘肃等多个省（直辖市）以及日照、郑州等城市；部分营员选自2026年中国科技馆“筑梦星球”创意作品征集活动的优秀作品代表，充分展现了多方联动、资源共享、教研一体的科学教育新生态。 在8月19日的“工程验收”环节中，青少年们汇报了各自工程作品的科学原理、结构组成以及在工程实践中遇到的技术问题和解决方案。十二名科学家、工程师代表按照验收流程，针对营员们的作品开展专业质询和综合评价。专家们从原理阐释、核心技术难点、创新亮点及未来应用场景等方面，引导青少年开拓视野和深入思考。青少年们结合自己的工程成果，与专家踊跃交流探讨，现场气氛热烈。后续，相关工程实践成果将于全国科普月期间在中国科技馆面向公众展示，充分发挥科普示范作用。版权申明：凡注有“”或电头为“”的稿件，均为独家版权所有，未经许可不得转载或镜像；授权转载必须注明来源为“”，并保留“”的电头。 。
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