院士亲授五大硬核科学实验课程，中黄格物学院拔尖创新人才培养再启新篇

教育的本质，是点燃孩子心中探索未知的火种。如何为国家培养具有家国情怀的未来科学家、工程师和企业家？中黄外校一直在用实际行动书写答案。

4月24日下午，我校隆重举行了“基于格物学院的中黄拔尖创新人才培养模式探究”研讨会。黄海峰董事长、李霞董事、李春校长、柯英姿学术总监及骨干老师们齐聚一堂，与我校科学副校长、欧洲科学院院士、格物学院首席院长Henry H. Radamson展开了深度对话，共绘拔尖创新人才培养的未来蓝图！

为了让中黄外校拔尖创新人才像科学家那样探究、像工程师那样创造，下学年起，Henry院士将亲自挂帅，为学生们带来极具前瞻性的全英科学实验课程！

该课程将采用全英教学，学生将进入到院士的纳米实验室，实现“做中学”的人才培养模式。

这五大“硬核”实验课程分别涵盖了以下主题：

带你走进芯片的微观世界！学生将学习芯片制造基础知识与红外成像芯片的测量技术。不仅如此，孩子们还将在实验中测试红外成像在夜视和航空航天领域的实际应用，亲手触碰“大国重器”的底层技术。

Optoelectronic science: This course provides the knowledge of chip manufacturing and measurement of the infrared imaging chips. The students will learn how the chip and camera have been integrated and later do testing the imaging for night vision and aerospace applications.

科技如何拯救生命？本课程聚焦人体结构及癌症、中风、血管疾病等医学难题。院士将带领学生探讨与传统的X射线分析相比，如何利用红外成像等更安全的现代科技成像方法来精准检测人体疾病。

Nanomedicine science: this course focuses on the general anatomy of the body and the problems/diseases such as cancer, stroke, blood vessel problems, and skin imperfections. The idea behind of this scientific activity is to teach a safer imaging method e.g. infrared imaging to detect the bodys’ problems compared to using the today’s x-ray analysis.Nanomedicine science: this course focuses on the general anatomy of the body and the problems/diseases such as cancer, stroke, blood vessel problems, and skin imperfections. The idea behind of this scientific activity is to teach a safer imaging method e.g. infrared imaging to detect the bodys’ problems compared to using the today’s x-ray analysis.

解锁现代电子产品的“心脏”！课程将深入探讨纳米晶体管芯片的材料特性和制造工艺。学生们将有机会进入纳米实验室，利用高分辨率X射线衍射仪对晶体管材料进行专业分析，揭开现代电子学材料与设计的结晶学奥秘。

Material science for electronics: This course introduces the material characterization and process of nanotransistors chips. The experimental part of this course is carried out to analyse the transistor materials using high-resolution X-ray diffraction in the nanolab. The crystallography and the science of the materials and designs for modern electronics are demonstrated.

化废为宝的未来能源技术！学生将学习如何将环境中的废弃热能转化为电能的理论。在实践环节，孩子们将尝试设计能应用于家庭或太空的未来热电发电机，并在纳米实验室对热电材料进行表征分析。

Thermoelectric science: The theory of generating electricity from the waisted heat energy in our environment is taught. The design of future thermoelectric generators to harvest energy in our homes or space is presented. The process of thermoelectric chip is presented and the thermoelectric materials will be characterized using high-resolution X-ray diffraction in the nanolab.

从地球到浩瀚宇宙的终极浪漫！本课程将探讨地球生命的诞生与宇宙地外生命存在的可能性。学生将接触到生物学与生命科学中神秘的量子理论，并基于科学知识与理论，大胆论证人类在太阳系其他星球居住的可能性。

The origin of life: the understanding of the life emergence on the earth and extraterrestrial life in the universe. The possibility of having life in space and other planets. The mystery of quantum theory in biology and life science will be presented.  This course will be based on the gathering knowledge and theories about the possibility for inhabiting human in other planets in our solar system.

在探讨环节中，校领导、老师们与Henry院士就未来的协作方向进行了深入交流。大家共同探讨了如何进一步扩大格物学院对师生的影响以及持续完善中黄拔尖创新人才培养模式。

教育不是灌输，而是点燃。我们深信，在顶尖院士的专业护航下，中黄格物学院必将成为孕育中国未来科学之星的摇篮。

让教育适应孩子，让世界和而不同。 期待下学年，我们在院士的实验课程中，见证每一个不可思议的科学奇迹！