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  • Surface Plasmon
    Our group addresses the physical challenges of light field localization, resonant coupling, and light transmission in novel metal micro-nano structural materials. We focus on the optical effects, devices, and applications of plasmons in these new micro-nano optical structures and materials.
  • Radiative Cooling
    The Radiative Cooling Group focuses on the manipulation of material’s spectral properties in solar and infrared spectra from the micro-nano scale, and through the design and integration of the device and system levels, collaboratively controls the behaviours of thermal radiation, conduction and convection, to achieve efficient thermal management and energy utilization in clothing, architecture, agriculture, medical treatment, consumer electronics and other fields, thereby saving energy and contributing to carbon neutrality。
  • Photothermal
    The Photothermal Group focuses on photothermal conversion materials and devices, water-energy materials and devices, including the design of photothermal materials with micro-nanostructures, the modulation of optical-thermal properties, and solar-driven water purification/atmospheric water harvesting/resource extraction.

PUBLICATIONS

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  • Shijia Wang , Yi Jiang , Banghai Wang, Jia Zhu*, Bin Zhu*."Flexible polymeric films with visible-infrared camouflage and radiative cooling for electronic devices" Polymer, 2026
  • Yan Song*, Peiru Shi, Yuping Du, Yucan Lu, Zibo Zhou & Jia Zhu* “Quantifying the global potential of solar-driven interfacial evaporation using a validated climate–performance model” Nat. Water (2026). DOI: 10.1038/s44221-026-00728-4.
  • Peiru Shi, Jinlei Li, Songguo Li, Weixi Lu, Mengyue Zeng, Tianqi Wei, Yi Jiang, Wencheng Li, Yan Song, Lin Zhou, Ning Xu & Jia Zhu* “High-performance and fast-regenerative passive body cooling enabled by a highly ordered polyacrylamide hydrogel” Matter, 9, 102999 (2026).
  • Zhichao Lin, Tianyu Wang, Yunzhang Ni, Jiabao Li, Huiling Liu, Hongjie Guo, Hongzhi Zheng, Minfei Fei, Ling Zhou, Xiaojun Wang* & Jia Zhu* “Solar-Powered Redox Adsorption Method for Round-the-Clock Direct Lithium Extraction from Low-Grade Brines” Angew. Chem. Int. Ed., e9127049 (2026).

EVENTS

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  • The Pirates' Day 2026
    2026-09-19
  • 2026 Farewell Party
    2026-06-16
  • The First Badminton Tournament (Suzhou Campus)
    2026-06-13
  • 2026 New Year Party
    2026-02-09
  • About us
    ​Welcome to Z lab at Nanjing University. Z stands for the ultimate goal of our research, net Zero carbon emission, for global sustainability. We invite students and researchers from the field of physics, chemistry, material science, and engineering to join the force.
  • 1.NANJING UNIVERSITY
  • 2.School of Sustainable Energy and Resources
  • 3.College of Engineering and Applied Sciences
  • 1.NANJING UNIVERSITY
  • 2.School of Sustainable Energy and Resources
  • 3.College of Engineering and Applied Sciences

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