韩  琦老师简介

文章来源:管理员发布日期:2017-03-19浏览次数:6226


   韩琦,男,汉族,山东省嘉祥县人,九三学社社员,理学博士,教授,博士生导师,甘肃省科普专家(首届),兰州市金城首席科普专家(首届),兰州市优秀科普专家(2023),甘肃省飞天英才计划导师(数学)(2024);研究方向为量子随机分析、量子信息、量子计算、量子统计、量子金融等。


联系方式:

地    址: 甘肃省兰州市安宁区安宁东路967号  邮编:730070           

办公地点: 澳门第一娱乐娱城官网致勤楼C302室                                 

E-mail:hanqi1978@nwnu.edu.cn


科研项目:

主持与参与的科研项目:

  1. 图上的量子随机行走(62261049),国家自然科学基金地区基金,2023,01,01-2026,12,主持

[2]图上的量子随机行走与量子计算20JR10RA085),甘肃省自然科学基金,2021,02,01- 2023,01,31主持

[3]图上的量子随机行走与量子信息(2022A-017),甘肃省高等学校创新基金2022,07,01-2024,06,30主持

[4]随机薛定谔算子的量子噪声方法12261080),国家自然科学基金地区基金,2023,01,01-2026,12,31,参与

[5]量子随机游荡与量子Bernoulli噪声(11861057),国家自然科学基金地区基金, 2019,01,01-2022,12-31,参与

[6]基于离散时间正规鞅泛函的量子随机分析模型及其应用(11461061)国家自然科学基金地区基金, 2015,01,01-2018,12,31,参与

[7]基于保单进入过程的风险系统的建构与应用研究(71261023),国家自然科学基金地区基金, 2013,01,01-2016,12,31,参与


奖励和荣誉:

荣誉:

[1]甘肃省科普专家,2023

[2]兰州市金城首席科普专家,2021

[3]兰州市优秀科普专家,2023

[4]甘肃省飞天英才计划导师(数学),2024

奖励:

[1]指导全国大学生数学建模竞赛,获全国二等奖,2012

[2]指导全国大学生数学建模竞赛,获全国二等奖,2013

[3]指导全国大学生数学建模竞赛,获省级特等奖,2010

[4]指导全国大学生数学建模竞赛,获省级特等奖,2020

[5]指导全国大学生数学建模竞赛,获省级一等奖,2009

[6]指导全国大学生数学建模竞赛,获省级一等奖,2011

[7]指导全国大学生数学建模竞赛,获省级一等奖,2015

[8]指导全国大学生数学建模竞赛,获省级一等奖,2018

[9]指导全国大学生数学建模竞赛,获省级二等奖,2022

[10]指导全国大学生统计建模竞赛,获省级二等奖,2022

教材与专著

[1]《甘肃省普通高校专升本考试专用考纲精讲---高等数学教程》(2024),兰州大学出版社,主编

[2]《甘肃省普通高校专升本考试专用专项训练1300题---高等数学》(2024),兰州大学出版社,主编

[3]《甘肃省普通高校专升本考试专用模拟试题---高等数学》(2024),兰州大学出版社,主编

发表的部分学术论文:

代表性科研论文(近三年:2021,01-2024,03):

[1]Han, Qi (韩琦), Kou, Yaxin (寇亚欣),Bai, Ning (白宁), Wang, Huan(王欢)(2022). The continuous-time quantum walk on some graphs based on the view of quantum probability. International Journal of Quantum Information, 20(6), 2250015.

[2]Han, Qi(韩琦), Chen, Zhihe(陈芷禾), Lu, Ziqiang(陆自强)(2022). Quantum entropy in terms of local quantum Bernoulli noises and related properties. Communications in Statistics - Theory and Methods, 51(12), 4210–4220.

[3] 韩琦, 寇亚欣, 韩娅楠, 陆自强(2022). 随机变量的量子分解和增长图的渐进谱分布.数学学报(中文版), 65(4), 657-664.

[4] Han, Qi(韩琦), Bai, Ning(白宁), Kou, Yaxin(寇亚欣), Wang, Huan(王欢)(2022). Three-state quantum walks on cycles. International Journal of Modern Physics B, 36(15), 1-14.

[5] Han, Qi(韩琦), Bai, Ning(白宁), Wang, Huan(王欢), Kou, Yaxin寇亚欣(2022). Mixing times of three-state quantum walks on cycles. International Journal of Modern Physics B, 36(16), 1-10.

[6]Han, Qi (韩琦), Kou, Yaxin (寇亚欣),Bai, Ning (白宁), Wang, Huan(王欢)(2022). The continuous-time quantum walk on some graphs based on the view of quantum probability.International Journal of Quantum Information, 20(6), 2250015.

[7]Han, Qi(韩琦), Han,Yanan(韩娅楠),Kou, Yaxin (寇亚欣)(2021). Quantum mutual entropy in terms of local quantum Bernoulli noises. Communications in Statistics - Theory and Methods, 52(3), 515522.

[8]Han, Qi(韩琦), Bai, Ning(白宁), Kou, Yaxin寇亚欣, Wang, Huan(王欢)(2022). Three-state quantum walks on cycles. International Journal of Modern Physics B, 36(15), 1-14.

[9]Han, Qi(韩琦), Bai, Ning(白宁), Wang, Huan(王欢), Kou, Yaxin寇亚欣(2022). Mixing

times of three-state quantum walks on cycles. International Journal of Modern Physics B, 36(16), 1-10.

[10]Han,Qi(韩琦),Han,Yanan(韩娅楠),Kou,Yaxin(寇亚欣)(2022).Quantum channel measurement with local quantum Bernoulli noises.scientificreports, 12:12929 ,1-7

[11]Han, Qi (韩琦), Bai, Ning (白宁),Gou, Lijie(苟立洁), Wang, Shuai(王帅), Zhang, Rong(张蓉)(2023). Two-particle quantum walk on graphene structure graph.Physics LettersA, 129257,1-8.

[12]Han, Qi (韩琦), Bai, Ning (白宁),Wang, Huan(王欢), Gou, Lijie(苟立洁), Wang, Shuai(王帅)(2023). The hitting time of quantum walk on two-dimensional lattice. International Journal of Quantum Information, https://doi.org/ 10.1142/S0219749923500417.

[13]Han, Qi (韩琦), Wang, Shuai(王帅), Gou, Lijie(苟立洁), Zhang, Rong(张蓉) (2023). Quantum conditional entropy based on local quantum Bernoulli noises. Reviews in Mathematical Physics, https://doi.org/10.1142/S0129055X2350037X.

[14]Han, Qi (韩琦), Bai, Ning (白宁),Wang, Huan(王欢), Gou, Lijie(苟立洁), Wang, Shuai(王帅)(2023). Quantum walks on N-cycles with an absorbing wall. Modern Physics Letters B, https://doi.org/10.1142/S0217984923501385.

[16]Han, Qi (韩琦), Wang, Meng(王猛)(2023). Pricing of Basket CDS with Bilateral Default Risk under Vasicek Model with Circular Contagion.Mathematical Problems in Engineering, https://doi.org/10.1155/2023/8960259.

[17]Han, Qi (韩琦), Kou, Yaxin (寇亚欣),Wang, Huan(王欢), Bai, Ning (白宁)(2023). An investigation of continuous-time quantum walk on hypercube in view of Cartesian product structure. International Journal of Quantum Information21(3), 1-12.

[18]Han, Qi (韩琦), Wang, Huan(王欢), Kou, Yaxin (寇亚欣), Bai, Ning (白宁) (2023). 相互作用 Fock 空间中的离散时间量子 Bernoulli 噪声. 数学学报(中文版), 66(5), 1-8.

[19]Han, Qi (韩琦), Han, Yanan(韩娅楠), Bai, Ning (白宁), Kou, Yaxin (寇亚欣) (2023). 高维系统中混合量子态的不可扩展乘积基. 数学物理学报, 43A(2), 1-7.

[20]Han,Qi(韩琦)Wang,Huan(王欢)2024.Dynamical evolution of the two-qubit system with Ising spin-chain environmentAIP Advances 143,1-13.

[21]Han,Qi(韩琦)Wang,Huan(王欢)2024.Dynamics of quantum coherence and correlations in a transverse Ising spin chain environment,International Journal of Modern Physics B (2024) 2450414,1-13.

[22]Han,Qi(韩琦),Chen,Zhihe(陈芷禾),Yin,Shide(殷世德),Lu,Ziqiang(陆自强)(2021).基于Hadamard算子的二维离散量子行走的概率测度估计,应用数学学报43(1),49-61.

[23]Han,Qi(韩琦),Chen,Zhihe(陈芷禾),Yin,Shide(殷世德),Lu,Ziqiang(陆自强)(2021).The Related Properties of Quantum Walk on the Finite graphs,应用概率统计,36(4),365-380.

[24]Han,Qi(韩琦),Lu,Ziqiang(陆自强),Han,Yanan(韩娅楠)Chen,Zhihe(陈芷禾)(2022). Discrete-time Quantum Random Walks on the N-ary Tree,应用概率统计,38(1),86-98.

[25]韩琦,寇亚欣,韩娅楠,白宁(2022.基于交叉点排列的几类距离正则图的谱分布数学的实践与认识521),164-171.

[26]Han,Qi(韩琦)Gou,Lijie(苟立洁)Wang,Shuai(王帅)Zhang,Rong(张蓉)(2024). Construction of three-dimensional version of the amplitude damping channel,Quantum Information Processing ,accepted.

[27]Han, Qi (韩琦), Bai, Ning (白宁),Wang,Shuai(王帅)Gou,Lijie(苟立洁)Zhang,Rong(张蓉)(2024).Quantum walk of two non-interacting particles on a 2D latticeEurophysics Letters(EPL),DOI: 10.1209/0295-5075/ad3052.

[28]Han, Qi (韩琦), Xia,Xinzhou(夏鑫洲)2024),基于MCMC的利率随机波动率分析山东大学学报(理学版),59(5),1-9.

[29]Han, Qi (韩琦),Lu,Ziqiang(陆自强)Han,Yanan(韩娅楠)2021.Related Properties of Quantum MeasurementsScholars Journal of Physics, Mathematics andStatistics,8(3),126-130.

[30]Han, Qi (韩琦),Han,Yanan(韩娅楠),Lu,Ziqiang(陆自强)Kou,Yaxin (寇亚欣)(2021).Several Remarks on Grover's Quantum Search Algorithm with a Single Marked Element,Scholars Journal of Physics, Mathematics and Statistics,8(4),62-67.

代表性网络科普文章:

(科普号:大可数学人生工作室https://www.sohu.com/media/348129,发表或转发科普文章6000余篇,点击阅读量近7000万(截止20243月),其中单篇最大点击阅读量达120

[1]用数学计算证明“上帝”的存在, https://www.sohu.com/a/758469229_348129

[2]科学家发现光与磁之间的突破性联系, https://www.sohu.com/a/757959224_348129

[3]物理世界似乎被数学精确地描述, https://www.sohu.com/a/747482232_348129

[4]狄拉克函数、白噪声及广义函数的应用,https://www.sohu.com/a/746134615_348129

[5]为何电子不是围绕原子核转圈而是概率分布,https://www.sohu.com/a/741550 514_348129

[6]量子突破---实现劳夫, https://www.sohu.com/a/693339217_348129

[7]量子生物学---揭示生命背后的神秘https://www.sohu.com/a/692345030_348129

[8]走进量子世界,https://www.sohu.com/a/685986904_348129

[9]诡异的量子纠缠,https://www.sohu.com/a/676950369_348129

[10]量子物理学家如何打破敏感度的界限, https://www.sohu.com/a/672834228_348129

[11]想象一下生活在十维度空间的生物会多变态https://www.sohu.com/a/662422236_348129

[12]什么是量子纠缠?https://www.sohu.com/a/655790127_348129

[13]用来对抗量子计算的加密算法安全吗?https://www.sohu.com/a/612909385_348129

[14]另一个世界的另一个“我”?https://www.sohu.com/a/603238915_348129

[15]量子技术取得重大突破,https://www.sohu.com/a/589147806_348129

[16]谁在背后安排好了宇宙的一切?https://www.sohu.com/a/501838344_348129

[17]镜子中的你和现实不同,https://www.sohu.com/a/579075628_348129

[18]我们的世界是真实存在的吗?https://www.sohu.com/a/567052993_348129

代表性科普报告:

[1]量子力学的叠加、局域性和不确定性,理解背后的直觉(2023).代数结构与表示理论学研讨会.

[2]量子奇观:从概率、复数,到量子干涉,再到量子计算机(2022).International Symposium on Probability Statistics and Its Application.



Baidu
sogou