National Key R&D Programs Supported by Ministry of Science and Technology |
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1. Research on carbon-based terahertz radio frequency transistors and microwave integrated circuits (2022YFB4401600), Zhiyong Zhang, 2022.11-2026.10 |
2. Carbon nanotube biosensing chip wafer-level fabrication process study (2022YFB3204400), Yu Xia, 2022.10-2025.09 |
3. Ultra-large bandwidth electro-optical modulator (2022YFB2803700), Haowen Shu, 2022.11-2025.10 |
4. Research on the key technology of multimode surface holographic communication and perception (2022YFB2902800), Boya Di, 2022.11-2025.10 |
5. Ultra-high quality factor photonic integrated chip (2021YFB2801200), Lin Chang, 2022.01-2024.12 |
6. High-efficiency silicon-based optical waveguide amplifiers and lasers for scale integration (2021YFB2800400), Xingjun Wang, 2021.12-2024.12 |
7. Study of the exotic physical properties of very low temperature atoms in space microgravity environment (2021YFA0718300), Xiaoji Zhou, 2021.12-2026.11 |
8. Research on carbon-based sub-10 nanometer node ultra-low power devices (2021YFA0717400), Chenguang Qiu, 2021.12-2026.11 |
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1. Wafer-level preparation of high-performance carbon nanotube transistors (2022YFB4401601), Zhiyong Zhang, 2022.11-2026.10 |
2. Terahertz carbon-based device and circuit development (2022YFB4401603), Li Ding, 2022.11-2026.10 |
3. Carbon nanotube biosensing chip wafer-level fabrication process study (2022YFB3204401), Yu Xia, 2022.10-2025.09 |
4. High-performance carbon nanotube biosensor device construction and wafer preparation (2022YFB3204402), Mengmeng Xiao, 2022.10-2025.09 |
5. Ultra-thin semiconductor flexible circuit construction and application exploration (2021YFA1202904), Youfan Hu, 2022.04-2027.03 |
6. Design and device development of strong-field terahertz cyclotron management theory (2021YFA1600302), Chaohai Du, 2022.01-2026.12 |
7. High gain and low loss silicon-based rare earth doped optical waveguide amplifier (2021YFB2800401), Xingjun Wang, 2021.12-2024.12 |
8. Development of a new method for controlled synthesis of DNA (2021YFF1200303), Wei Sun, 2021.12-2024.11 |
9. Carbon nanotube 3D photoelectric integration (2020YFA0714703), Xiaowei He, 2020.12-2025.11 |
10. Coaxial cable-based 5GoC home network verification scheme study (2020YFB1805102), Yuping Zhao, 2020.07-2023.06 |
11. High-Power Femtosecond Surgical Lasers with High-Efficiency Flexible Fiber Delivery Technology (2020YFB1312802), Aimin Wang, 2020.06-2023.05 |
12. Development and engineering of strong-motion rotational accelerometer, rotational velocity meter and strong-motion acceleration meter (2019YFC1509501), Zhengbin Li, 2020.01-2022.12 |
13. New methods and devices for sub-millimeter wave detection based on micro and nano structures (2019YFA0210203), Pukun Liu, 2019.11-2024.10 |
14. Multi-core fiber optic transmission and converged access technology for multi-standard wireless signals (2018YFB2201704), Weiwei Hu, 2019.08-2023.07 |
15. Research on the Core Communication Mechanism and Prototype Development of HiNoC 10 Gigabit Coaxial Broadband Access (2018YFB1801403), Cheng Zhang, 2019.07-2023.06 |
16. Research on Tb/s-class low-energy optical interconnection engine and low-energy network technology based on silicon-optical-photovoltaic hybrid integration technology (2018YFB1801702), Chuanchuan Yang, 2019.07-2023.06 |
17. Prototype information system based on high-bit digital coding and field-programmable superconfigurable materials (2017YFA0700203), Lianlin Li, 2018.05-2023.04 |
18. Information transmission in the nervous system (2017YFA0701302), Shengyong Xu, 2018.05-2023.04 |
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Science and Technology Innovation 2030 Major Projects Supported by Ministry of Science and Technology |
1. Research on large-scale multi-intelligent body collaboration mechanism empowered by resilient collaborative network (2021ZD0112701), Xiang Cheng, 2021.12-2024.11 |