所属学科
理论物理

 
研究方向
电磁场理论

招生方向
理论物理、光学

联系方式
263zys@263.net







个人简介
　　
　　周云松，物理系教授，博士生导师。曾在中国人民解放军海军服役三年。退伍后分别在兰州大学、北京大学、中国原子能院获得学士硕士和博士学位。1997年在美国纽约州立大学布法罗校区做访问。曾解出中子散射Darwin方程的Delta函数二维解析解，从而原则上彻底解决了中子在嵌镶晶体中散射分布的计算问题；将统计物理中计算临界点的变分累积展开（VCE）法推广到低温和高温区，可用来计算系统的热力学量；揭示了金属超透镜的成像机制（零折射理论）；还从事过超导理论、光子晶体理论和超材料理论研究。发表包括PRL、PRA、PRB、PRE、EPL、OE等国际著名期刊在内的SCI论文120余篇。
　　
研究方向
　　
　　电磁场理论
　　
主讲课程
　　
　　量子力学、磁性量子理论（研），电磁场理论专题（研）。还曾主讲过统计物理，量子统计（研），电动力学（部分），数据结构等课程。
　　
教学成果
　　
　　桃李虽未满天下，弟子三千落京华。潜心耕读无旁骛，弦歌声起映晚霞。
　　
科研成果
　　
　　发表SCI论文一百二十余篇。部分第一者和通信作者文章如下
　　1. Yunsong Zhou, et al, “Multiple Bragg scattering in a slab of crystals” in《Theoretical Physics 2001》Chapter 1，p1－19， Nova Science Publishers, Inc, New York (2002) (this book is the volume 238 of 《Horizons in World Physics》)
　　2. Yunsong Zhou, Jinchang Chen, Zheng Rong, D. L. Lin, Phys. Lett. A 298 (2002) 287-292 “Effects of interlayer coupling in a magnetic trilayer system”
　　3. Yun-Song Zhou, Ben-Yuan Gu, Fu-He Wang, J. Phys.: Condens. Matter 15 (25 June 2003) 4109-4118 “Guide modes in photonic crystal heterostructures composed of rotating non-circular air cylinders in two-dimensional lattices”
　　4. Yun-Song Zhou, Ben-Yuan Gu，and Fu-He Wang，Eur. Phys. J. B 37, 293-299 (2004) “Photonic-band-gap structures and guide modes in two-dimensional magnetic photonic crystal heterostructures”
　　5. Yun-Song Zhou, Xue-Hua Wang, Ben-Yuan Gu, and Fu-He Wang Phys. Rev. E 72 （2005）017601. “photonic band gap effects on spontaneous emission lifetimes of an assembly of atoms in two-dimensional photonic crystals”
　　6．Yun-Song Zhou, Xue-Hua Wang, Ben-Yuan Gu, and Fu-He Wang, Phys. Rev. Lett. 96 2006）103601. “Switching control of spontaneous emission by polarized atoms intwo-dimensional photonic crystals”
　　7. Yun-Song Zhou, Ben-Yuan Gu, Fu-He Wang, EPL 75 (2006) 737, “Ferromagnetic wire lattice with a tunable negative index of refraction for microwaves using an external magnetic field”
　　8. Yun-Song Zhou, Ben-Yuan Gu, Sheng Lan, and Li-Ming Zhao，Phys. Rev. B 78, (2008) 081404(R). “Time-domain analysis of mechanism of plasmon-assisted extraordinary optical transmission”
　　9. Yun-Song Zhou, Ben-Yuan Gu, Huai-Yu Wang, Sheng Lan, EPL, 85, 24005 (2009). “Multi-reflection processes of extraordinary optical transmission in a single subwavelength slit cut into a metallic film”
　　10. Chao Li, Yun-Song Zhou, Fu-He Wang，J. Opt. Soc. Am. B 26 （2009）2248. “Characteristics of spontaneous emission in confined one-dimensional photonic crystals”
　　11. Yun-Song Zhou, Ben-Yuan Gu, and Huai-Yu Wang Phys. Rev. A 81, (2010) 015801. “Band-gap structures of surface-plasmon polaritons in a subwavelength metal slit filled with periodic dielectrics”
　　12. Chao Li, Yun-Song Zhou, Huai-Yu Wang，J. Opt. Soc. Am. B 27 （2010）59. “Wavelength squeeze of surface plasmon polariton in a subwavelength metal slit”
　　13. Yun-Song Zhou, Ben-Yuan Gu, Huai-Yu Wang, and Li-Ming Zhao，Phys. Rev. A 81, 035803 (2010) “Enhancement of the extraordinary optical transmission in a subwavelength metal slit dressed by a metal grating”
　　14. Qian Zhao, Chao Li, Yun-Song Zhou, and Huai-Yu Wang，J. Phys.: Condens. Matter 23 (2011) 015005 (9pp). “The mechanism of the polarization dependence of the optical transmission in subwavelength metal hole arrays”
　　15. Yun-Song Zhou, Huai-Yu Wang, Li-Ming Zhao, Sheng Lan, Phys. Rev. A 83 (2011) 035805. “Enhancement of the contrast ratio associated with surface waves in a metal pillar-slit structure”
　　16.Chao Li,. Yun-Song Zhou, Huai-Yu Wang, and Fu-He Wang，Opt. Express, 19, 10073 (2011). “Investigation of the wave behaviors inside a step-modulated subwavelength metal slit”
　　17. C. Li, Y. S. Zhou, and H.Y. Wang, Eur. Phys. J. D (2012) 66: 9. “Scattering mechanism in a step-modulated subwavelength metal slit: a multi-mode multi-reflection analysis”
　　18. Chao Li, Yun-Song Zhou, and Huai-Yu Wang，Opt. Express，20 （2012）7726. “Plasmonic band structures and optical properties of subwavelength metal/dielectric/metal Bragg waveguides”
　　19. Yun-Song Zhou, Huai-Yu Wang and Hai Wang，EPL, 98 (2012) 67005,“Zero refraction in natural materials and the mechanism of metal superlens”
　　20. Chen Zhao, Yun-Song Zhou, Huai-Yu Wang, Hai Wang, Li-Ming Zhao，Opt. Comm. 316 (2014) 17–21. “Mechanism of the optical unidirectional transmission in metal subwavelength grating with different surfaces$”
　　21. Ming-Yang Wang, Yun-Song Zhou, Huai-Yu Wang，Opt. Comm. 322 (2014) 198–201. “An optical unidirectional device tunable by a magnetic .field”
　　22. Yun-Song Zhou, Pei-Jie Wang, Hai Wang, Sheng-Fei Feng, EPL, 107 (2014) 54005. “Fano resonance generated by magnetic scatterer in micro metal slit”
　　23. Yun-Song Zhou, Li-Ming Zhao, Sheng Lan and Hai Wang, EPL, 109 (2015) 54003. “An optical one-way device constructed with an epsilon-near-zero prism inserted in a metal slit”
　　24. Yun-Song Zhou,Hai Wang,Li-Ming ZhaoandHuai-Yu Wang，Eur. Phys. J. D, 69 (2015) 201 . “Optical unidirectional transmission in metal slit structures caused by convergent and shield effects”
　　25. Chen Zhao, Yun-Song Zhou, Yan Zhang, Huai-Yu Wang, Opt. Comm.368 (2016) 180–184. “The imaging properties of the metal superlens”
　　26. Yan Zhao, Yun-Song Zhou（通信）, Li-Ming Zhao, Huai-Yu Wang, Opt. Comm.381 (2016) 195–199. “The optical one-way transmission in helical metal subwavelength slit”
　　27. Qi Gao, Yun-Song Zhou, Hua Gao, and Huai-Yu Wang AIP Advances, 6, 105209 (2016). “Composite one-way transmission waveguide based on the curved metal slit and 1D photonic crystal”
　　28. H. Gao, Y. S. Zhou, Z. Y. Zheng, S. J. Chen, J. J. Dong, Appl. Phys. B 123 (2017)165. “Is the photonic crystal with a Dirac cone at its Г point a real zero-index material?”
　　29. Chen Zhao,Yun-Song Zhou, Qi Gao,Yan Zhang, Opt. Comm. 407(2018)41–45 “The imaging properties of thecurved superlens” (www.elsevier.com/locate/optcom)