{ "schemaVersion": "1.0", "canonicalProfile": "https://hplab.wahrwelt.world/", "languages": { "primary": "en", "available": [ "en", "zh-Hans" ], "chineseProfile": "https://hplab.wahrwelt.world/zh/" }, "person": { "name": "Heping Zeng", "chineseName": "曾和平", "alternateNames": [ "Heping Zeng", "Zeng Heping", "曾和平" ], "role": "Professor of Precision Spectroscopy and Quantum Detection", "roleZh": "精密光谱与量子探测教授", "institution": "East China Normal University", "institutionZh": "华东师范大学", "email": "hpzeng@phy.ecnu.edu.cn", "phone": "+86 21 5483 6115", "office": "A519, Optics Building, Minhang Campus, East China Normal University, Shanghai 200241, China", "officeZh": "中国上海市闵行区东川路500号，华东师范大学闵行校区光学大楼 A519，邮编 200241", "authoritativeSources": [ { "label": "East China Normal University faculty profile", "labelZh": "华东师范大学教师主页", "href": "https://faculty.ecnu.edu.cn/_s29/chp2/main.psp" }, { "label": "Heping Zeng Research Group", "labelZh": "曾和平课题组", "href": "https://iphoton.ecnu.edu.cn/EnWeb/HepingZeng/list.htm" }, { "label": "Academia Europaea member profile", "labelZh": "欧洲科学院院士主页", "href": "https://www.ae-info.org/ae/Member/Zeng_Heping" } ] }, "researchAreas": [ { "eyebrow": "Ultrafast photonics", "eyebrowZh": "超快光子学", "title": "Breathing solitons and optical chaos", "titleZh": "呼吸孤子与光学混沌", "description": "Breathing solitons, synchronization, and new routes to optical chaos in mode-locked lasers.", "descriptionZh": "锁模激光器中的呼吸孤子、同步及通向光学混沌的新路径。", "index": "01" }, { "eyebrow": "Precision measurement", "eyebrowZh": "精密测量", "title": "Precision frequency-comb spectroscopy", "titleZh": "精密光频梳光谱", "description": "Stable frequency combs and dual-comb methods for high-precision molecular spectroscopy.", "descriptionZh": "用于高精度分子光谱的高稳定光频梳与双光梳方法。", "index": "02" }, { "eyebrow": "Quantum communication", "eyebrowZh": "量子通信", "title": "Quantum single-photon detection", "titleZh": "量子单光子探测", "description": "Single-photon detection for quantum communications, including room-temperature and upconversion technologies.", "descriptionZh": "面向量子通信的单光子探测，包括室温与上转换探测技术。", "index": "03" } ], "selectedHonors": [ { "year": "2026", "title": "Member, Academia Europaea", "titleZh": "当选欧洲科学院院士" }, { "year": "2025", "title": "First Prize, Shanghai Technology Invention Award", "titleZh": "上海市技术发明奖一等奖" }, { "year": "2021", "title": "S. T. Sábendong Award for Applied Physics, Chinese Physical Society", "titleZh": "中国物理学会萨本栋应用物理奖" }, { "year": "2016", "title": "Fellow, Optica (formerly the Optical Society of America)", "titleZh": "当选美国光学学会会士（现 Optica Fellow）" }, { "year": "2006", "title": "National Science Fund for Distinguished Young Scholars", "titleZh": "国家杰出青年科学基金获得者" }, { "year": "2000", "title": "Cheung Kong Scholar Distinguished Professor", "titleZh": "教育部特聘教授（长江学者）" } ], "selectedPublications": [ { "slug": "arnolds-tongues-breathing-soliton-laser", "year": 2025, "title": "Unveiling the complexity of Arnold's tongues in a breathing-soliton laser", "titleZh": "呼吸孤子激光器中阿诺德舌复杂性的实验揭示", "journal": "Science Advances", "citation": "Science Advances 11, eads3660 (2025)", "doi": "10.1126/sciadv.ads3660", "authors": [ "Xiuqi Wu", "Junsong Peng", "Bo Yuan", "Sonia Boscolo", "Christophe Finot", "Heping Zeng" ], "theme": "Nonlinear dynamics", "themeZh": "非线性动力学", "summary": "An experimental study of synchronization windows in a breathing-soliton laser, revealing fragmented and anomalous locking behavior in a compact nonlinear platform.", "summaryZh": "以呼吸孤子激光器为紧凑的非线性实验平台，揭示同步区间中的碎裂结构与反常锁定行为。", "significance": "Turns an ultrafast laser into a controllable testbed for long-standing synchronization theory.", "significanceZh": "将超快激光器转化为检验经典同步理论的可控实验平台。", "doiUrl": "https://doi.org/10.1126/sciadv.ads3660", "englishPage": "https://hplab.wahrwelt.world/research/arnolds-tongues-breathing-soliton-laser/", "chinesePage": "https://hplab.wahrwelt.world/zh/research/arnolds-tongues-breathing-soliton-laser/" }, { "slug": "wide-field-mid-infrared-hyperspectral-imaging", "year": 2024, "title": "Wide-field mid-infrared hyperspectral imaging beyond video rate", "titleZh": "超越视频帧率的宽场中红外高光谱成像", "journal": "Nature Communications", "citation": "Nature Communications 15, 1811 (2024)", "doi": "10.1038/s41467-024-46274-z", "authors": [ "Jianan Fang", "Kun Huang", "Ruiyang Qin", "Yan Liang", "E. Wu", "Ming Yan", "Heping Zeng" ], "theme": "Mid-infrared imaging", "themeZh": "中红外成像", "summary": "Demonstrates wide-field mid-infrared hyperspectral imaging at rates beyond conventional video through nonlinear frequency upconversion.", "summaryZh": "利用非线性频率上转换，实现超越传统视频帧率的宽场中红外高光谱成像。", "significance": "Combines spectral, spatial, and temporal performance for chemical and materials sensing.", "significanceZh": "兼顾光谱、空间与时间性能，面向化学与材料传感应用。", "doiUrl": "https://doi.org/10.1038/s41467-024-46274-z", "englishPage": "https://hplab.wahrwelt.world/research/wide-field-mid-infrared-hyperspectral-imaging/", "chinesePage": "https://hplab.wahrwelt.world/zh/research/wide-field-mid-infrared-hyperspectral-imaging/" }, { "slug": "optical-chaotic-solitons-route-to-chaos", "year": 2024, "title": "Observation of Optical Chaotic Solitons and Modulated Subharmonic Route to Chaos in Mode-Locked Laser", "titleZh": "锁模激光器中光学混沌孤子及调制次谐波通向混沌路径的观测", "journal": "Physical Review Letters", "citation": "Physical Review Letters 133, 263801 (2024)", "doi": "10.1103/PhysRevLett.133.263801", "authors": [ "Huiyu Kang", "Anran Zhou", "Ying Zhang", "Xiuqi Wu", "Bo Yuan", "Junsong Peng", "Christophe Finot", "Sonia Boscolo", "Heping Zeng" ], "theme": "Nonlinear dynamics", "themeZh": "非线性动力学", "summary": "Reports optical chaotic solitons and a modulated-subharmonic route to chaos in a mode-locked laser.", "summaryZh": "在锁模激光器中观测到光学混沌孤子与调制次谐波通向混沌的新路径。", "significance": "Expands the experimentally established pathways by which nonlinear systems transition to chaos.", "significanceZh": "拓展了非线性系统由稳定状态走向混沌的实验路径。", "doiUrl": "https://doi.org/10.1103/PhysRevLett.133.263801", "englishPage": "https://hplab.wahrwelt.world/research/optical-chaotic-solitons-route-to-chaos/", "chinesePage": "https://hplab.wahrwelt.world/zh/research/optical-chaotic-solitons-route-to-chaos/" }, { "slug": "dual-comb-optomechanical-spectroscopy", "year": 2023, "title": "Dual-comb optomechanical spectroscopy", "titleZh": "双光梳光力光谱", "journal": "Nature Communications", "citation": "Nature Communications 14, 5037 (2023)", "doi": "10.1038/s41467-023-40771-3", "authors": [ "Xinyi Ren", "Jin Pan", "Ming Yan", "Jiteng Sheng", "Cheng Yang", "Qiankun Zhang", "Hui Ma", "Zhaoyang Wen", "Kun Huang", "Haibin Wu", "Heping Zeng" ], "theme": "Precision spectroscopy", "themeZh": "精密光谱", "summary": "Introduces a dual-comb optomechanical approach for sensitive spectroscopic measurement through optically driven mechanical response.", "summaryZh": "提出双光梳光力光谱方法，通过光驱动机械响应实现高灵敏光谱测量。", "significance": "Extends dual-comb spectroscopy into an optomechanical detection architecture for molecular sensing.", "significanceZh": "将双光梳光谱拓展至光力探测架构，用于分子传感。", "doiUrl": "https://doi.org/10.1038/s41467-023-40771-3", "englishPage": "https://hplab.wahrwelt.world/research/dual-comb-optomechanical-spectroscopy/", "chinesePage": "https://hplab.wahrwelt.world/zh/research/dual-comb-optomechanical-spectroscopy/" }, { "slug": "mid-infrared-single-photon-3d-imaging", "year": 2023, "title": "Mid-infrared single-photon 3D imaging", "titleZh": "中红外单光子三维成像", "journal": "Light: Science & Applications", "citation": "Light: Science & Applications 12, 144 (2023)", "doi": "10.1038/s41377-023-01179-2", "authors": [ "Jianan Fang", "Kun Huang", "E. Wu", "Ming Yan", "Heping Zeng" ], "theme": "Quantum sensing", "themeZh": "量子传感", "summary": "Extends depth-resolved imaging into the mid-infrared at single-photon sensitivity using nonlinear upconversion detection.", "summaryZh": "借助非线性上转换探测，将单光子灵敏度的深度成像拓展到中红外波段。", "significance": "Links low-light quantum detection with three-dimensional infrared sensing.", "significanceZh": "连接弱光量子探测与三维红外传感。", "doiUrl": "https://doi.org/10.1038/s41377-023-01179-2", "englishPage": "https://hplab.wahrwelt.world/research/mid-infrared-single-photon-3d-imaging/", "chinesePage": "https://hplab.wahrwelt.world/zh/research/mid-infrared-single-photon-3d-imaging/" }, { "slug": "synchronization-breathing-solitons", "year": 2023, "title": "Synchronization, Desynchronization, and Intermediate Regime of Breathing Solitons and Soliton Molecules in a Laser Cavity", "titleZh": "激光腔内呼吸孤子与孤子分子的同步、失同步及中间态", "journal": "Physical Review Letters", "citation": "Physical Review Letters 131, 263802 (2023)", "doi": "10.1103/PhysRevLett.131.263802", "authors": [ "Xiuqi Wu", "Junsong Peng", "Sonia Boscolo", "Christophe Finot", "Heping Zeng" ], "theme": "Nonlinear dynamics", "themeZh": "非线性动力学", "summary": "Maps synchronization, desynchronization, and intermediate dynamics of breathing solitons and soliton molecules inside one laser cavity.", "summaryZh": "系统刻画单一激光腔内呼吸孤子与孤子分子的同步、失同步及中间动力学。", "significance": "Provides direct experimental access to collective nonlinear dynamics in a stable, compact system.", "significanceZh": "在稳定而紧凑的系统中直接研究集体非线性动力学。", "doiUrl": "https://doi.org/10.1103/PhysRevLett.131.263802", "englishPage": "https://hplab.wahrwelt.world/research/synchronization-breathing-solitons/", "chinesePage": "https://hplab.wahrwelt.world/zh/research/synchronization-breathing-solitons/" }, { "slug": "breathing-dissipative-solitons", "year": 2019, "title": "Breathing dissipative solitons in mode-locked fiber lasers", "titleZh": "锁模光纤激光器中的呼吸耗散孤子", "journal": "Science Advances", "citation": "Science Advances 5, eaax1110 (2019)", "doi": "10.1126/sciadv.aax1110", "authors": [ "Junsong Peng", "Sonia Boscolo", "Zihan Zhao", "Heping Zeng" ], "theme": "Ultrafast lasers", "themeZh": "超快激光", "summary": "Generates and captures breathing dissipative solitons and their bound states in real time within a mode-locked fiber laser.", "summaryZh": "在锁模光纤激光器中产生呼吸耗散孤子及其束缚态，并实时捕捉其演化。", "significance": "Established a breather mode-locking regime below the threshold of stationary mode locking.", "significanceZh": "确立了低于稳态锁模阈值的呼吸锁模新工作区。", "doiUrl": "https://doi.org/10.1126/sciadv.aax1110", "englishPage": "https://hplab.wahrwelt.world/research/breathing-dissipative-solitons/", "chinesePage": "https://hplab.wahrwelt.world/zh/research/breathing-dissipative-solitons/" }, { "slug": "colored-conical-emission", "year": 2004, "title": "Colored conical emission by means of second harmonic generation in a quadratically nonlinear medium", "titleZh": "二阶非线性介质中二次谐波产生的彩色锥形辐射", "journal": "Physical Review Letters", "citation": "Physical Review Letters 92, 143903 (2004)", "doi": "10.1103/PhysRevLett.92.143903", "authors": [ "Heping Zeng", "Jian Wu", "Han Xu", "Kun Wu", "E. Wu" ], "theme": "Nonlinear optics", "themeZh": "非线性光学", "summary": "Reports colored conical emission produced through second-harmonic generation in a quadratically nonlinear medium.", "summaryZh": "报道二阶非线性介质中通过二次谐波产生的彩色锥形辐射。", "significance": "An early landmark in the program of ultrafast spatiotemporal nonlinear coupling highlighted in Professor Zeng’s official biography.", "significanceZh": "是曾和平教授官方简介所强调的超快时空非线性耦合研究中的早期代表成果。", "doiUrl": "https://doi.org/10.1103/PhysRevLett.92.143903", "englishPage": "https://hplab.wahrwelt.world/research/colored-conical-emission/", "chinesePage": "https://hplab.wahrwelt.world/zh/research/colored-conical-emission/" } ], "note": "Selected publications are curated for research breadth and prominence in official profiles; they are not ranked by citation count." }