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马天水 博士


 


 




马天水 (MA Tianshui)  

    博士(后)、教授、博士生导师

 Email: matianshui@htu.edu.cn


2026年计划招收1-2名博士生（硕博连读-2024级研究生或申请考核-2023级研究生），欢迎代数方向研究生报考！




 简历

马天水，汉族，河南唐河人，中共党员，博士(后)，现为河南师范大学数学与统计学院教授、博士生导师、硕士生导师、博士后合作导师。2001年在河南师范大学数学教育专业获学士学位, 2001到2004年在南阳师范学院从事教学工作，2007年在河南师范大学基础数学专业获硕士学位 (导师:赵文正教授), 2010年在东南大学应用数学专业获博士学位 (导师:王栓宏教授), 随后在河南师范大学数学与统计学院工作至今, 其间2016-2019在东北师范大学做博士后(导师:陈良云教授)，2016-2017得到欧盟FUSION项目资助在瑞典Malardalen大学做博士后访问(导师:S. Silvestrov教授)。




 教学工作

1. 主讲本科生《线性代数》、《高等代数》、研究生《Hopf代数》等

2. 负责河南省一流本科课程《线性代数》



 研究领域

Hopf 代数及其应用


 科研项目

  1. 国家自然科学基金面上项目(No. 12471033), 2025-2028, 主持

  2. 河南省自然科学基金面上项目(No. 242300421389), 2024-2025, 主持

  3. 河南省自然科学基金面上项目(No. 212300410365), 2021-2022, 主持

  4. 河南省高等学校重点科研项目(No. 20A110019), 2020-2021, 主持

  5. 中国博士后科学基金面上资助(No. 2017M611291), 2017-2019, 主持

  6. 河南省高等学校重点科研项目(No. 17A110007), 2017-2018, 主持

  7. 欧盟FUSION项目(Erasmus Mundus Action 2), 2016-2017, 主持

  8. 河南省高等学校骨干教师资助计划(No. 2015GGJS-088), 2015-2018, 主持

  9. 国家自然科学基金青年项目(No. 11101128), 2012-2014, 主持

  10. 河南省教育厅科学技术研究重点项目(No. 12A110013), 2012-2014 , 主持


 获奖情况

  • 河南省高等学校骨干教师(2019年)

  • 河南省优秀硕士毕业论文指导教师(2017年/2018年/2022年)

  • 河南省首届自然科学学术奖-河南省自然科学优秀学术论文壹等奖(2011年)


 指导研究生(全日制硕士-学术型)

已毕业：刘琳琳(2013-2016)、郑慧慧(2014-2017)、杨海燕(2018-2021)、李 洁(2019-2022)、李  贝(2020-2023)

                龙琳琳(2021-2024)、李梦琦(2021-2024)、宋飞燕(2022-2025)、孙艺璇(2022-2025)

  在读：明昱光(2024-2027)、刘中州(2024-2027)

其中获得硕士研究生国家奖学金6人、河南省优秀硕士学位论文3人、河南省优秀毕业研究生1人、河南省三好学生1人、卢锦梭奖学金1人、河南师范大学三好研究生标兵3人次、新乡市优秀大学生1人、河南师范大学优秀硕士毕业论文6人、河南师范大学优秀毕业研究生9人、主持河南师范大学研究生科研创新项目1人、攻读博士学位4人、荣登河南师范大学研工部“师研榜样”1人。


 主要论文(2010年以来)

  1. L. Guo and T. S. Ma, Nijenhuis pre-Lie bialgebras, Nijenhuis Lie bialgebras and $\mathbb{S}$-equations, arXiv:2508.02983 (2025).

  2. T. S. Ma and C. Zhao, Classifications of three-dimensional Nijenhuis Leibniz algebras, arXiv:2507.12692 (2025).

  3. T. S. Ma, C. Zhao and H. H. Zheng, Bialgebras induced by special left Alia algebras, arXiv:2506.07061 (2025).

  4. H. Y. Li and T. S. Ma*, Classical Yang-Baxter equations and Nijenhuis operators for Lie algebras, arXiv:2502.18717v3 (2025).

  5. T. S. Ma, S. Mabrouk, A. Makhouf and F. Y. Song, Bialgebras, deformations and extensions of Nijenhuis mock-Lie algebraic structures, arXiv:2501.11070 (2025).

  6. T. S. Ma, Y. X. Sun and H. H. Zheng, Nijenhuis Leibniz bialgebras. Submitted (2025).

  7. T. S. Ma and F. Y. Song, Admissible Yang-Baxter equation for Nijenhuis perm algebras, arXiv:2410.07496  (2024).

  8. T. S. Ma and A. Makhlouf, Infinitesimal (BiHom-)bialgebras of any weight (II) : Representations, arXiv:2310.09975 (2023). 

  9. H. Y. Li, T. S. Ma* and S. H. Wang, When Leibniz algebras are Nijenhuis? arXiv:2310.14267 (2023).

  10. T. S. Ma and A. Makhouf, Infinitesimal (BiHom-)bialgebras of any weight (I): Basic definitions and properties. Front. Math., online, https://link.springer.com/article/10.1007/s11464-024-0004-x (2025).    (SCI) 

  11. T. S. Ma, C. Zhao and H. H. Zheng, Hopf $\pi$-braces and related algebraic structures. Colloq. Math., accepted (2025).  (SCI)

  12. H. Y. Li and T. S. Ma*, Dendriform-Nijenhuis bialgebras revisited. J. Korean Math. Soc., accepted (2025).  (SCI)

  13. T. S. Ma, Y. X. Sun and X. Zhou, Hom-Leibniz bialgebras revisited. J. Algebra Appl., doi:10.1142/S0219498825503268, online (2024).  (SCI)

  14. T. S. Ma, B. Li, H. H. Zheng and X. F. Zhao, Antisymmetric infinitesimal bialgebras of any weight and related associative classical Yang-Baxter equations. Algebra Colloq., accepted (2023).  (SCI)

  15. T. S. Ma, F. Y. Song and H. H. Zheng, A note on Zhu's construction of Hopf brace from Radford biproducts. J. Algebra Appl., 24(11) (2025), 2550258.  (SCI)

  16. M. Q. Li and T. S. Ma*, Bialgebraic structure on a Coder pair of any weight. Results Math.79(5) (2024), Paper No. 207. (SCI)

  17. T. S. Ma and L. L. Long, Nijenhuis operators and associative D-bialgebras. J. Algebra 639 (2024), 150-186.   (SCI)

  18. C. M. Bai, L. Guo, G. L. Liu and T. S. Ma, Rota-Baxter Lie bialgebras, classical Yang-Baxter equations and special L-dendriform bialgebras. Algebr. Represent. Theory 27(2) (2024), 1347-1372. (SCI)  arXiv:2207.08703 (2022).

  19. T. S. Ma, A. Makhlouf and S. Silvestrov, Curved O-operator systems. Comm. Algebra 52(12) (2024), 5186-5202. (SCI)   arXiv:1710.05232 (2017).

  20. C. M. Bai, L. Guo and T. S. Ma, Bialgebras, Frobenius algebras and associative Yang-Baxter equations for Rota-Baxter algebras. Asian J. Math. 28 (2024), 411-436. (SCI)   arXiv:2112.10928 (2021).

  21. H. H. Zheng and T. S. Ma*, Bialgebras of Rota-Baxter (Hom-)Lie algebras of any weight. Publ. Math. Debrecen 105 (2024), 341-378.  (SCI)

  22. T. S. Ma, M. Q. Li, H. H. Zheng and X. F. Zhao, Some algebraic structures about Nijenhuis operators. Filomat 38(5)(2024), 1711-1727. (SCI)

  23. T. S. Ma, B. Li, J. Li and M. Chen, A new approach to antisymmetric infinitesimal bialgebras. Czechoslovak Math. J., 73(148) (2023), 755-764.  (SCI)

  24. T. S. Ma and B. Li, Transposed BiHom-Poisson algebras. Comm. Algebra 51(2)(2023), 528-551. (SCI)  arXiv:2201.00271 (2022). 

  25. T. S. Ma and J. Li, Matching Rota-Baxter BiHom-algebras and related algebraic structures. Rocky Mountain J. Math. 52(5)(2022), 1741-1765.  (SCI)

  26. T. S. Ma and B. Li, Two results on double crossed biproducts. Hacettepe J. Math. Stat.51(4)(2022), 1121-1140.  (SCI)

  27. T. S. Ma and J. Li, Nonhomogeneous associative Yang-Baxter equations. Bull. Math. Soc. SCI. Math. Roumanie (N.S.) 65(113)(1)(2022), 97-118.  (SCI)  arXiv:2111.00371 (2021). 

  28. T. S. Ma, J. Li, L. Y. Chen and S. H. Wang, Rota-Baxter operators on Turaev's Hopf group (co)algebras (I): Basic definitions and related algebraic structures. J. Geom. Phys.175(2022), 104469.  (SCI)  arXiv:2104.05529v2 (2021). 

  29. T. S. Ma, J. Li, H. Y. Yang and S. H. Wang, Double crossed biproducts and related structures.Comm. Algebra 50(10)(2022), 4517-4535.  (SCI)  arXiv:2205.06433 (2022).

  30. T. S. Ma, J. Li and T. Yang, Coquasitriangular infinitesimal BiHom-bialgebras and related structures. Comm. Algebra 49(6)(2021), 2423-2443. (SCI)

  31. T. S. Ma, H. H. Zheng, L. H. Dong and J. Z. Chen, Lazy 2-cocycles and Radford (m,n)-biproduct. J. Algebra Appl. 20(7)(2021), 2150120. (SCI)

  32. T. S. Ma, A. Makhlouf and S. Silvestrov, Rota-Baxter cosystems and coquasitriangular mixed bialgebras. J. Algebra Appl. 20(4)(2021), 2150064. (SCI)  (Improved version of arXiv:1710.05161 (2017)). 

  33. T. S. Ma, J. Li and H. Y. Yang, Rota-Baxter bialgebras arising from (co-)quasi-idempotent elements. Hacettepe J. Math. Stat.50(1)(2021), 216-223.  (SCI)

  34. T. S. Ma, H. Y. Yang and T. Yang, The tensor product of two oriented quantum algebras. J. Algebra Appl. 19(6)(2020), 2050104. (SCI)  arXiv:2111.00370 (2021).

  35. T. S. Ma and H. Y. Yang, Drinfeld double for infinitesimal BiHom-bialgebras. Adv. Appl. Clifford Algebr. 30(3)(2020): 42.  (SCI)

  36. T. S. Ma, S. Silvestrov and H. H. Zheng, On Hom-Yetter-Drinfeld category. In: Silvestrov S., Malyarenko A., Rancic M. (eds) Algebraic structures and Applications. SPAS 2017. Springer Proceedings in Mathematics & Statistics, vol 317, pp339-358. Springer, Cham, 2020.  (EI)

  37. T. S. Ma, L. L. Liu and L. Y. Chen, Radford (m,n)-biproduct and (m+n)-Yetter-Drinfeld category. Comm. Algebra 48(8)(2020), 3285-3306.  (SCI)

  38. T. S. Ma, H. Y. Yang, L. Y. Zhang and H. H. Zheng, Quasitriangular covariant monoidal BiHom-bialgebras, associative monoidal BiHom-Yang-Baxter equations and Rota-Baxter paired monoidal BiHom-modules. Colloq. Math. 161 (2020) , 189-221.  (SCI)

  39. T. S. Ma, H. Y. Yang, L. L. Liu and Q. G. Chen, On unified Hom-Yetter- Drinfeld categories. J. Geom. Phys.144(2019), 81-107.  (SCI)

  40. T. S. Ma, H. Y. Li and L. H. Dong, A class of double crossed biproducts. Ukr. Mat. Zh. 70(11)(2018), 1533-1540; Translated in Ukrainian Math. J. 70(11) (2019), 1767-1776.  (SCI)

  41. T. S. Ma and H. H. Zheng, (m, n)-Hom-Lie algebras. Publ. Math. Debrecen  92(1-2)(2018), 59-78. (SCI)

  42. T. S. Ma and L. L. Liu, A generalization of Majid's double biproduct. Adv. in Math. (China) 47(3)(2018), 401-412.

  43. T. S. Ma, L. L. Liu and L. Y. Chen, Symmetries of (m, n)-Yetter-Drinfeld categories. J. Algebra Appl. 17(7)(2018),1850135.  (SCI)

  44. T. S. Ma, H. Y. Li and S. X. Xu, Construction of a braided monoidal category for Brzezinski crossed coproducts of Hopf \pi-algebras. Colloq. Math. 149(2) (2017), 309-323.  (SCI)

  45. T. S. Ma, Y. Z. Wang and L. L. Liu, Generalized Radford biproduct Hom-Hopf algebras and related braided tensor categories. J. Math. (Wuhan) 37(6)(2017), 1161-1172. Published online:2016-03-29.

  46. T. S. Ma and H. H. Zheng, Some results on Rota-Baxter monoidal Hom-algebras. Results Math.72(2017), 145-170.  (SCI)

  47. T. S. Ma and H. H. Zheng, An extended form of Majid's double biproduct. J. Algebra Appl. 16(4)(2017), 1750061 (23 pages).  (SCI)

  48. T. S. Ma and L. L. Liu, Rota-Baxter coalgebras and Rota-Baxter bialgebras. Linear Multilinear Algebra 64(5)(2016), 968-979.  (SCI)  arXiv:1604.02950 (2016). 

  49. T. S. Ma, H. Y. Li and L. L. Liu, Double biproduct Hom-bialgebra and related quasitriangular structures. Chin. Ann. Math. Ser. B 37(6)(2016), 929-950.  (SCI)

  50. T. S. Ma, L. H. Dong and H. Y. Li, General Hom-Lie algebra. J. Algebra Appl.15(5)(2016): 1650081 (13 pages).  (SCI)

  51. T. S. Ma and H. Y. Li, On Radford’s biproduct. Comm. Algebra 43(9) (2015), 3946-3966.  (SCI)

  52. T. S. Ma, L.L. Liu and H. Y. Li, A class of braided monoidal categories via quasitriangular Hopf \pi-crossed coproduct algebras. J. Algebra Appl. 14(2) (2015): 1550010 (19 pages).  (SCI)

  53. T. S. Ma, H. Y. Li and T. Yang, Cobraided smash product Hom-Hopf algebras. Colloq. Math. 134(1)(2014), 75-92.  (SCI)  arXiv:1604.04090 (2016).

  54. H. Y. Li and T. S. Ma*, A construction of Hom-Yetter-Drinfeld category. Colloq. Math. 137(1)(2014), 43-65. (SCI)  arXiv:1604.02954 (2016).

  55. T. S. Ma, H. Y. Li and Z. C. Zhang, Two results on Brzezinski \pi-crossed product. Comm. Algebra  42(5)(2014), 2082-2098.  (SCI)

  56. W. Z. Zhao and T. S. Ma*, The structure of bialgebra with a Hopf module. Math. Notes 96(4)(2014), 586-595.  (SCI)

  57. T. S. Ma and Y. N. Song, Hopf \pi-crossed biproduct and related coquasitriangular structures. Rend. Semin. Mat. Univ. Padova 130(2013), 127-145.  (SCI)

  58. T. S. Ma, Z. M. Jiao and Y. N. Song, On crossed double biproduct. J. Algebra Appl. 12(5)(2013), 1250211 (17 pages).  (SCI)

  59. W. Z. Zhao and T. S. Ma*, Bicrossproduct revisited. Filomat 27(4)(2013), 637-647.  (SCI)

  60. T. S. Ma, H. Y. Li and S. H. Wang, Quasitriangularity of Brzezinski's crossed coproducts. J. Algebra Appl. 10(2)(2011), 241-255.  (SCI)

  61. T. S. Ma, H. Y. Li and S. H. Wang, A class of new braided Hopf algebras. Front. Math. China 6(2) (2011), 293-308.  (SCI)

  62. T. S. Ma, H. Y. Li and W. Z. Zhao. On the braided structures of Radford's biproduct. Acta Math. Sci. Ser. B Engl. Ed. 31B(2)(2011), 701-715.  (SCI)

  63. T. S. Ma and S. H. Wang, A method to construct oriented quantum algebras. Comm. Algebra 38(11)(2010), 4234 - 4254.  (SCI)

  64. T. S. Ma and S. H. Wang, Bitwistor and quasitriangular structures of bialgebras. Comm. Algebra 38(9)(2010), 3206-3242.  (SCI)

  65. T. S. Ma, S. H. Wang and S. X. Xu, A method of constructing braided Hopf algebras. Filomat 24(2)(2010), 53-66.  (SCI)

  66. T. S. Ma and S. H. Wang, General double quantum groups.  Comm. Algebra 38(2)(2010), 645-672.  (SCI)



 学术服务

l  美国数学会《Mathematical Review》评论员

l  多个杂志的审稿人: Sci. China Math.(中/英文版)、J. Knot Theory Ramifications、Internat. J. Theoret. Phys.、Acta Math. Sin. (中/英文版)、J. Geom. Phys.、Linear Multilinear Algebra、Comm. Algebra、Acta Math. Sci. (中/英文版)、Colloq. Math.、Publ. Math. Debrecen、J. Algebra Appl.、Front. Math. China、Algebra Colloq.、Complex Anal. Oper. Theory、Adv. Appl. Clifford Algebr.、Commun. Theor. Phys.、Rev. R. Acad. Cienc. Exactas Fís. Nat. Ser. A Mat. RACSAM、Bull. Malays. Math. Sci. Soc.、Filomat、Int. J. Geom. Methods Mod. Phys.、Hacet. J. Math. Stat.、Acta Sci. Math. (Szeged)、Electron. Res. Arch.、Open Math.、Commun. Korean Math. Soc.、Res. Math.、Rend. Circ. Mat. Palermo (2)、Acta Comment. Univ. Tartu. Math.、Adv. Stud. Euro-Tbil. Math. J.、数学进展、数学杂志、数学季刊、数学研究及应用等。