新闻动态
2026年
2026年1月 — 杜灵杰教授荣获陈嘉庚青年科学奖（数理科学）
杜灵杰教授因在分数量子霍尔引力子实验研究方面的突破性贡献，荣获2026年度陈嘉庚青年科学奖（数理科学领域），同时荣获江苏省青年科技奖、"江苏省十大青年科技之星"等荣誉。
2025年
2025年5月 — 杜灵杰教授荣获第29届"中国青年五四奖章"
新华社报道：南京大学物理学院杜灵杰教授荣获2025年度中国青年五四奖章。杜灵杰领衔的量子极端测量实验室团队平均年龄仅25岁，在凝聚态引力子模的实验研究中取得世界级突破，成果发表于《自然》（Nature）期刊，并入选"中国科学十大进展"和"中国十大科技进展新闻"。
2025年1月 — 杜灵杰教授荣获南京大学"科学前沿突破奖"
因在分数量子霍尔效应及引力子激发研究中的突出贡献，杜灵杰教授荣获南京大学2025年度"科学前沿突破奖"及匡亚明学院"突出成就奖"。
2024年
2024年3月 — 杜灵杰团队在《自然》发表重磅成果：全球首次观察到凝聚态引力子激发
北京时间2024年3月28日凌晨，国际顶级学术期刊《自然》（Nature）在线发表南京大学物理学院杜灵杰教授团队论文。该团队利用自主搭建的极低温强磁场共振非弹性偏振光散射测量平台，在砷化镓量子阱中首次观察到分数量子霍尔液体中的引力子激发（引力子在凝聚态物质中的准粒子投影）。这一发现开辟了凝聚态体系探索量子引力的全新视野，对理解关联量子物理及实现拓扑量子计算具有重要意义。该成果入选2024年度"中国科学十大进展"和"两院院士评选中国十大科技进展新闻"。
2024年1月 — 杜灵杰团队成果入选"2024年度南京市十大科技成果"
在南京市科技大会暨产业科技创新工作推进会上，由杜灵杰教授牵头的固体微结构物理国家重点实验室团队，凭借"首次观察到分数量子霍尔液体中的引力子激发"成果，成功入选"2024年度南京市十大科技成果"。该团队自主设计组装的极低温强磁场共振非弹性偏振光散射测量平台达到世界领先水平。
2023年及以前
2023年 — 杜灵杰教授获"中国半导体十大进展提名奖"及"狮山量子领航青年学者"称号
因在量子极端测量领域的持续创新贡献，杜灵杰教授荣获2023年度中国半导体十大进展提名奖，并获评"狮山量子领航青年学者"。
2020年 — 杜灵杰教授入选南京大学-华为"紫金学者"、江苏"双创人才"
杜灵杰教授获评南京大学-华为紫金学者，入选江苏省"双创人才"计划，并获国家自然科学基金委面上项目资助（63万元）。
2019年 — 杜灵杰教授入选国家级青年人才（优先支持）
杜灵杰教授入选国家级青年人才计划（优先支持，300万元资助），同年回国入职南京大学物理学院，从零开始自主搭建"极限条件量子光谱输运实验室"。
News
2026
January 2026 — Professor Du Lingjie Awarded Tan Kah Kee Young Scientist Award (Physical Sciences)
Professor Du Lingjie received the 2026 Tan Kah Kee Young Scientist Award in Physical Sciences for his groundbreaking contributions to experimental research on fractional quantum Hall gravitons. He was also honored with the Jiangsu Provincial Youth Science and Technology Award and named one of the "Top Ten Young Science and Technology Stars of Jiangsu Province".
2025
May 2025 — Professor Du Lingjie Awarded the 29th "China Youth May Fourth Medal"
Xinhua News Agency reported: Professor Du Lingjie from the School of Physics, Nanjing University, received the 2025 China Youth May Fourth Medal. The Quantum Extreme Measurement Laboratory led by Du, with an average team age of only 25, achieved a world-class breakthrough in the experimental study of condensed matter graviton modes. The results were published in Nature and selected as one of the "Top Ten Scientific Advances in China" and one of the "Top Ten Science and Technology News in China".
January 2025 — Professor Du Lingjie Awarded Nanjing University "Scientific Frontier Breakthrough Prize"
For his outstanding contributions to the study of the fractional quantum Hall effect and graviton excitations, Professor Du Lingjie received the 2025 Nanjing University Scientific Frontier Breakthrough Prize and the Kuang Yaming College Outstanding Achievement Award.
2024
March 2024 — Du Lingjie's Team Publishes Groundbreaking Results in Nature: World's First Observation of Condensed Matter Gravitons
In the early hours of March 28, 2024 (Beijing time), the international top academic journal Nature published a paper by Professor Du Lingjie's team from the School of Physics, Nanjing University. Using a self-built ultra-low-temperature, high-magnetic-field resonant inelastic polarized light scattering platform, the team observed for the first time graviton excitations (the quasiparticle projection of gravitons in condensed matter) in a fractional quantum Hall liquid. This discovery opens up new perspectives for exploring quantum gravity in condensed matter systems and holds significant implications for understanding correlated quantum physics and realizing topological quantum computing. The achievement was selected as one of the "Top Ten Scientific Advances in China" and the "Top Ten Science and Technology News of China" for 2024.
January 2024 — Du Lingjie's Team Achievement Selected as One of "Nanjing's Top Ten Scientific and Technological Achievements of 2024"
At the Nanjing Science and Technology Conference and Industrial Technology Innovation Promotion Meeting, the team led by Professor Du Lingjie from the State Key Laboratory of Solid-State Microstructures was selected for the "2024 Nanjing Top Ten Scientific and Technological Achievements" for their work on "first observation of graviton excitations in a fractional quantum Hall liquid". The team's self-designed and assembled ultra-low-temperature, high-magnetic-field resonant inelastic polarized light scattering platform is recognized as world-leading.
2023 and Earlier
2023 — Professor Du Lingjie Receives "China Semiconductor Top Ten Progress Nomination Award" and Title of "Shishan Quantum Leading Young Scholar"
For his sustained innovative contributions to quantum extreme measurement, Professor Du Lingjie received the 2023 China Semiconductor Top Ten Progress Nomination Award and was named "Shishan Quantum Leading Young Scholar".
2020 — Professor Du Lingjie Selected as Nanjing University-Huawei "Zijin Scholar" and Jiangsu "Innovation and Entrepreneurship Talent"
Professor Du Lingjie was named a Nanjing University-Huawei Zijin Scholar, selected for the Jiangsu Provincial "Innovation and Entrepreneurship Talent" program, and received a project grant (630,000 RMB) from the National Natural Science Foundation of China.
2019 — Professor Du Lingjie Selected as National Young Talent (Priority Support)
Professor Du Lingjie was selected for the National Young Talent program (priority support, 3 million RMB funding). In the same year, he returned to China and joined the School of Physics at Nanjing University, establishing the "Laboratory for Extreme Condition Quantum Spectroscopy and Transport" from scratch.