张静宇在英国南安普顿大学光电子中心研究期间研发了一种近乎永久存储信息的全新技术-纳米晶玻璃五维光存储，为人类信息存储提供了一种至今为止寿命最长的超高密度存储方式。该项目获得了国际科技界、全球媒体及大众的巨大关注，并被中国科学院院士和中国工程院院士投票评选为“2016年世界十大科技进展”之一，还被吉尼斯列为“世界保存时间最长的存储技术”。其研究成果获得了国际媒体的广泛关注和高度肯定，先后被包括国际各大媒体BBC、《每日电讯》、《独立报》、雅虎、美国之音、今日俄罗斯等报道，国内各大媒体包括《科技日报》、新浪、搜狐等数十家媒体都对该成果进行了大量报道。基于超快激光及熔融石英的长寿命多维度光存储技术将永久解决人类数据存储周期短、容量低、成本高的问题。

联系方式：jy_z@hust.edu.cn

地址：华中科技大学 新光电子大楼 C502

代表论文：

Z Yan and J Zhang*. Revealing a spontaneous two-stage process in femtosecond laser-induced fully-oxidized nanostructures, 2024, Applied Surface Science

J Gao, X Zhao, Z Yan, Y Fu, J Qiu,* L Wang,* and J Zhang*. Multi‐Dimensional Shingled Optical Recording by Nanostructuring in Glass, 2023, Advanced Functional Materials

Z Yan, J Hu, Z Xiao, D Xie, Q Cao*, Z Gan*, and J Zhang*. Decoding the Future : Opportunities and Challenges in Next-Generation Optical Data Storage,2023,Chinese Optics Letters；

D Xiao, W Chen, L Sun,* M Zhu, Z Ng, E Teo, J Zhang,* and F Hu*. A Flexible and Ultra‐Wideband Terahertz Wave Absorber Based on Pyramid‐Shaped Carbon Nanotube Array via Femtosecond‐Laser Microprocessing and Two‐Step Transfer Technique, 2022, Advanced Materials Interfaces;

Z Yan,  J Gao, M Beresna, J Zhang*. Near-field mediated 40 nm in-volume glass fabrication by femtosecond laser, 2021, Advanced Optical Materials;

Z Yan, P Li, J Gao, Y Wang, L Wang, M Beresna, J Zhang*. Anisotropic nanostructure generated by a spatial-temporal manipulated picosecond pulse for multidimensional optical data storage, 2021, Optics Letters;

W Chen, Z Yan, J Tian, S Liu, J Gao, J Zhang*. Flexible four-dimensional optical data storage enabled by single-pulse femtosecond laser irradiation in thermoplastic polyurethane, 2021, Optics Letters;

J Zhang*, M Gecevičius, M Beresna, PG Kazansky. Seemingly unlimited lifetime data storage in nanostructured glass, 2014, Physical Review Letters.

会议投稿：

P Li, P Lu, J Zhang, High Transmittance Form-Birefringent Nanostructures Fabricated in Lithium Aluminosilicate Glass by Femtosecond Laser (CLEO2022)

J Zhang, J Gao, Z Yan, S Liu, J Tian, Long-term optical data storage based on femtosecond laser (ISOM2021, invited talk);

Z Yan, J Gao, J Zhang, Ultrafast laser induced single-nanograting in fused silica for optical data storage application (ISOM2021);

S Liu, Z Yan, Q Cao, J Zhang, Improving data readout accuracy of multidimensional optical storage by deep learning (ISOM2021);

J Gao, Z Yan, J Zhang, A multi-dimensional shingled sub-diffraction optical data storage in glass (ISOM2021). 

S Liu, J Zhang, Improving data density and readout accuracy of multidimensional optical storage by clustering (ISOM2021). 

J Tian, Z Yan, J Zhang, Expanded Convolutional Network: background removal for 5D optical data storage in glass (ISOM2021). 

J Gao, J Zhang. Shingled sub-diffraction multi-dimensional optical data storage in glass (CLEO2021);

在研项目：

1. 有机玻璃光存储的可靠性及编解码方案验证（横向）

2. 基于石英玻璃的高密度光存储（横向）

3. 超分辨多维永久光存储技术（华中科技大学学术前沿青年团队）

4. 永久多维度大容量光存储（武汉光电国家研究中心青年创新人才培育计划）

5. 大容量五维光存储技术项目（横向）

6. 抗****** （纵向，牵头）

7. 超大容量光盘库研制及应用示范（国家重点研发计划项目，参与）