近日，《人民日报》专版发布2024年研究生国家奖学金获奖学生代表名录，全国百名优秀学子脱颖而出。我院梅永丰教授指导的2021级直博生张子煜作为研究生获奖代表荣登榜单，以卓越的科研实力展现出新时代青年的创新风采。
聚焦前沿领域，勇攀科研高峰
张子煜（白族，中共党员）专注纳米薄膜多功能光电探测器研究，在导师团队和院系的支持下，以扎实的学术功底和攻坚克难的韧劲，为我国光电材料与微结构光电探测器领域的发展贡献了青年智慧。博士期间，张子煜主持1项国家自然科学基金青年学生基础研究项目，以第一作者（含共同第一作者）发表SCI期刊论文4篇，获国家发明专利授权1项。凭借突出的学术潜力，入选中国科协青年人才托举工程博士生专项计划，成为国家重点培养的科研后备力量。
厚植创新沃土，筑就人才高地
张子煜的成长轨迹生动诠释了我院院士领衔-学科交叉-国际协同育人模式的实践成效，也为新时代青年学子树立了奋进标杆。智慧纳米机器人与纳米系统国际研究院作为复旦大学新型二级科研实体，以德国科学与工程院院士为领衔指导，构建江湾校区与义乌研究院双基地科研范式，着力打造国际顶尖的纳米技术创新策源地。未来，研究院将以培育更多青年科研人才为己任，持续为国家高端制造与智能产业发展输送创新动能。
Ph.D. Candidate Zhang Ziyu from Our Institute Featured in People's Daily National
Scholarship Awardees Directory
Recently, People's Daily dedicated a special section to the 2024 National Scholarship Awardees Directory for graduate students, featuring 100 outstanding scholars nationwide. Zhang Ziyu, a direct Ph.D. candidate (Class of 2021) supervised by Prof. Mei Yongfeng from our institute, was honored on the list, showcasing the innovative spirit of the new generation through his exceptional research achievements.
Pioneering Frontiers and Scaling Research Peaks
Zhang Ziyu has focused on advancing multifunctional photodetectors based on nanomembranes. Supported by his mentor’s team and departmental resources, he has demonstrated academic rigor and perseverance, contributing youthful ingenuity to the development of China’s photoelectric materials and microstructured photodetectors field. During his Ph.D., he led the National Natural Science Foundation of China’s Youth Student Basic Research Project, published four SCI-indexed papers as first author (including co-first-author), and secured one national invention patent. Recognized for his academic potential, he was selected for the China Association for Science and Technology’s Youth Talent Support Project (Ph.D. Special Program), marking him as a key national reserve in scientific research.
Cultivating Innovation and Fostering Talent Excellence
Zhang Ziyu’s academic journey exemplifies the success of our institute’s academician-led, interdisciplinary, and internationally collaborative education model. The International Institute for Intelligent Nanorobots and Nanosystems, a novel secondary research entity at Fudan University, operates under the guidance of an academician from the German Academy of Science and Engineering. It has established a dual-base research framework spanning the Jiangwan Campus and Yiwu Research Institute, aiming to become a global hub for nanotechnology innovation. In the future, the research institute will take it as its mission to cultivate more young scientific research talents and continuously provide innovative momentum for the development of the nation's high-end manufacturing and intelligent industries.
撰稿：杨帆
校稿：程绍平 黄高山
审核：梅永丰