個人簡介

海闊，男，1983年12月出生，博士，副教授。法國巴黎六大，法國巴黎納米科2博士後。主要從事低維納米材料，第一性原理計算，量子調控等方面的研究。目前在optics express，phys. Rev. A等國際期刊發表sci論文20餘篇

辦公室：量子樓418

Ｅmail:khai@hunnu.edu.cn

學術貢獻

1. 錶面界面與計算凝聚態物理

2. 低維納米材料，納米器件

3. 低維量子調控

教學情況

本科生教學：本科大學物理及高等數學等課程教學

研究生教學：指導研究生共計六人，畢業四人

承擔課題

1. 鉛的氧化物一維納米結構和電子態調控研究，國家自然基金青年項目，主持，已結題

2. 鉛氧化物電子態調控研，省科技廳項目，主持，已結題

3. 相干操控納米線量子點中自旋-軌道耦合電子的新奇量子態，省科技廳項目，在研

代表性論文

1. Kuo Hai*, Yifan Wang, Qiong Chen & Wenhua Hai，Transparent qubit manipulations with spin‑orbit coupled two‑electron nanowire quantum dot, Sci. Rept., 11: 18839 (2021)

2. Hao Chen, Chao Kong, Kuo Hai and Wenhua Hai,Implementing two-qubit phase gates by exchanging non-Abelian quasiparticles, QIP, 18: 279 (2019)

3. Kuo Hai, Wenhua Zhu, Qiong Chen, Wenhua Hai, Transparently manipulating spin–orbit qubit via exact degenerate ground states, CPB, 29(8): 083203(2020)

4. Kuo Hai*, Ning Yu, Jiangping Jia, Band structure of an electron in a kind of periodic potentials with singularities, Phys. B, 538, 179, (2018)

5. KUO HAI, YUNRONG LUO,GUISHU CHONG, HAO CHEN, WENHUA HAI, ANALYTICAL EVIDENCE OF ULTRAFAST GENERATION OF SPIN-MOTION ENTANGLEMENT, QIC, 17, 5 (2017)

6. K. Hai, Xiao-Gang Wang and Dongsheng Tang, Effect of an oxidizing environment on the phase structure of lead oxide nanowire, AIP Advances 3, 022120 (2013)

7. Kuo Hai and Y. Luo et al., Gengbiao Lu, and Wenhua Hai, Phase-controlled localization and directed transport in an optical bipartite lattice, Opt. Express 22, 4277 (2014)

8. C. Kong and K. Hai* et al.，A novel exact solution to transmission problem of electron wave in a nonlinear Kronig-Penney superlattice, Superlattices and Microstructures 91, 129 (2016).

9. Kuo Hai, Yunrong Luo et al., Ultrafast generation of an exact Schrodinger-cat state, Quantum Info. Comput. 17, 456 (2017)

10. Wenhua Hai，Kuo Hai and Qiong Chen，Transparent control of an exactly solvable two-level system via combined modulations，Phys. Rev. A87, 023403 (2013)