钟振扬 教授 2001年中科院物理所博士 电话:+86-21-31249030 Email : zhenyangz@fudan.edu.cn 主要经历: 1995-1998中科院物理所硕博联读 1998-2000美国休斯顿大学物理系攻读博士学位(中科院物理所和美国休斯顿大学物理系联合培养) 2001.1获中科院物理所理学博士学位 2001.4—2003.12奥地利林茨大学半导体物理研究所博士后 2004.5—2005.4德国斯图加特MAX-PLANCK固体研究所博士后 2005.5—2005.12奥地利林茨大学半导体物理研究所博士后研究员 2006.1—至今复旦大学物理系副教授、教授 教学与研究领域 教学：《大学物理》，《X射线衍射引论》。 研究领域：硅基半导体纳米材料 (1)可控半导体纳米材料的制备，特性测量及其器件应用探索; (2)硅基新型光电材料及其器件探索 在Phys. Rev. Lett.，ACS Nano，Appl. Phys. Lett.，APL Materials，OPTICS EXPRESS,Adv. Photon. Res,Nanoscale,Nanomaterials等SCI杂志上共发表论文96篇。 Zhenyang Zhong Professor Ph.D.(2001),Institute of Physics, Chinese academy of Sciences Research Interests: Si-based semiconductor nanomaterials: (1) controlled formation of varieties of nanostructures on Si substrates；exploration of the unique properties and the applications of Si-based nanostructures, Selected Publications: 2. N. Zhang, et. al. “Hexagonal-Ge Nanostructures with Direct Bandgap Emissions in a Si-Based Light Emitting Metasurface”，ACS Nano 18, 328 (2024). 3. J. Yan; et. al. “Adjustable enhanced photoluminescence in whisperinggallery-mode microdisk arrays”，Appl. Phys. Lett. 125, 231107 (2024). 4. N. Zhang, et. al. “ Enhancing emission in a QD–nanodisk system via the alignment of the orientation of excitons with the polarization of Mie modes”Appl. Phys. Lett. 122, 261104 (2023) . 5. P. Chen, et. al. “ Carrier Dynamics for the Collective Resonant Tunneling in Quantum Dot-Based Artiffcial Graphene“, ACS Appl. Electron. Mater. 4, 5617−5624(2022). 6. N. Zhang, et. al. “Sensitively Site-Dependent Enhancement of Emissions from Ge Quantum Dots in SiGe Microdisks”，Adv. Photon. Res. 3，2200100 (2022). 7. P. Chen, et. al. “ Artificial Graphene on Si Substrates: Fabrication and Transport Characteristics“, ACS Nano, 15, 13703−1371 (2021). 8. K. Peng, et. al. “Extensive Broadband Near-Infrared Emissions from GexSi1−x Alloys on Micro-Hole Patterned Si(001) Substrates”，Nanomaterials 11, 2545 (2021). 9. N. Zhang, et. al. “ An array of SiGe nanodisks with Ge quantum dots on bulk Si substrates demonstrating a unique light–matter interaction associated with dual coupling“, Nanoscale 11, 15487 - 15496 (2019) 10. T. Zhou and Z. Zhong, “Dramatically enhanced self-assembly of GeSi quantum dots with superior photoluminescence induced by the substrate misorientation”, APL Materials 2, 022108 (2014) 11. T. Zhou, et.al. “Controlled formation of GeSi nanostructures on periodic Si (001) sub-micro pillars”, Nanoscale 6, 3925-3929 (2014) 12. Z. Zhong, et. al. “Delayed Plastic Relaxation on Patterned Si Substrates: Coherent SiGe Pyramids with Dominant {111} Facets”, Phys. Rev. Lett. 98, 176102 (2007)
1990-1995北京大学学士学位
1. Y. Zhan, et. al. “ Constant voltage driving current oscillation in artificial graphene ribbons with deterministic chiral edges“ Nanoscale 17, 7335 (2025).