Yuming Liu
刘玉明
School of Mathematical Sciences Email: ymliu
at bnu.edu.cn 

[28] The associated graded algebras of Brauer graph
algebras II: infinite representation type (with J. Guo and Yu Ye) arXiv: 2403.06684, 125.
[27] A note on higher structures on the complexes associated
to quiver algebras with applications to toupie algebras (with
B. H. Xing) arXiv: 2401.06429, 117.
[26] A generalization of Dugas’ construction
on stable autoequivalences for symmetric algebras (with N. Q. Li) arXiv: 2310.13934, 121.
[25] Generalized parallel paths method for computing the
first Hochschild cohomology groups with applications to Brauer graph algebras (with
B. H. Xing) Preprint (2023), 134.
[24] The Hochschild cohomology groups under gluing
arrows (with L. Rubio y Degrassi and C. Wen) To
appear in Comm. in Algebra, 127.
[23] The
Hochschild cohomology groups under gluing
idempotents (with L. Rubio y Degrassi and C. Wen) Revised (2023), 133.
[22] Algebraic Morse theory via homological perturbation lemma with
applications to Chinese algebras (with J. Chen and G. D. Zhou)
Revised (2023), 128.
[21] The liftability question for stable equivalences
between representationfinite selfinjective algebras (with N. Q.
Li) Algebr. Represent. Theor.
26 (2023), 15191547.
[20] On simpleminded systems over
representationfinite selfinjective algebras (with J. Guo, Y. Ye
and Z. Zhang) Algebr. Represent. Theor.
25 (2022), 9831002.
[19] An explicit construction of simpleminded
systems over selfinjective Nakayama algebras (with J. Guo, Y. Ye
and Z. Zhang) Colloq. Math. 164 (2021), 185210. A computer program by Wenting Huang
[18] On simpleminded systems and $\tau$periodic
modules of selfinjective algebras (with A. Chan and Z. Zhang) J.
Algebra 560 (2020), 416441.
[17] The BatalinVilkovisky structure on the TateHochschild cohomology
ring of a group algebra (with Z. F. Wang and G. D. Zhou) IMRN,
2021(6) (2021), 40794139.
[16] The associated
graded algebras of Brauer graph algebras I: finite representation type (with
J. Guo) Comm. in Algebra 49(3) (2021), 10711103.
[15] Two
questions on stable equivalences of Morita type (with G. D. Zhou and
A. Zimmermann) Proc. Amer. Math. Soc. 145(5) (2017), 18811890.
[14] The BatalinVilkovisky structure over
the Hochschild cohomology ring of a group algebra A MAPLE program (with G. D.
Zhou) J. Noncommut. Geom. 10 (2016), 811858.
[13] Simpleminded systems,
configurations and mutations for representationfinite selfinjective algebras
(with A. Chan and S. Koenig) J. Pure. Appl. Algebra 219 (2015), 19401961.
[12] On
simpleminded system and \tauinvariant modules (with A. Chan)
Preprint (2016), 19.
[11] Simpleminded systems in stable
module categories corrections
(with S. Koenig) Quarterly J. Math. 63 (3) (2012), 653674.
[10] Transfer maps in Hochschild
(co)homology and applications to stable and derived invariants and to the
AuslanderReiten conjecture (with S. Koenig and G. D. Zhou) Trans.
Amer. Math. Soc. 364 (2012), 195232.
[9] Higmanideal,
stable Hochschild homology and AuslanderReiten conjecture (with G.
D. Zhou and A. Zimmermann) Math. Zeit. 270 (2012), 759781.
[8] Some new developments on stable equivalences of Morita type (with
C. C. Xi) Advances in Mathematics (Chinese) 37(4) (2008), 385391.
[7] Summands of stable equivalences of Morita type Comm. in Algebra 36(10)
(2008), 37783782.
[6] Gluing of idempotents, radical embeddings and two classes of stable
equivalences corrections (with S.
Koenig) J. Algebra 319(12) (2008), 51445164.
[5] Constructions of stable equivalences of Morita type for finite
dimensional algebras III (with C. C. Xi) Jour. Lon. Math. Soc. 76(3)
(2007), 567585.
[4] On stable equivalences induced by exact functors
Proc. Amer. Math. Soc. 134 (2006), 16051613.
[3] Construction of stable equivalences of Morita type for finite
dimensional algebras I (with C. C. Xi) Trans. Amer. Math. Soc. 358
(2006), 25372560.
[2] Constructions of stable equivalences of Morita type for finite
dimensional algebras II (with C. C. Xi) Math. Zeit. 251 (2005),
2139.
[1] On stable equivalences of Morita type for finite dimensional algebras
Proc. Amer. Math. Soc. 131 (2003), 26572662.