Publication Search Results
Exact matches for:
- Author = Molev AI [web profile page]
1.
Jing N, Liu M, Molev AI
Naihuan Jing, Ming Liu, Alexander Molev:
Quantum Sugawara operators in type A,
Advances in Mathematics,
454
(2024),
109907 (26 pages).
2.
Molev AI, Ragoucy E
A. Molev and E. Ragoucy:
Representations of the super-Yangian of type \(B(n,m)\),
Journal of Algebra,
659
(2024),
1–22.
3.
Molev AI, Ragoucy E
Alexander Molev and Eric Ragoucy:
Gaussian generators for the Yangian associated with the Lie superalgebra osp(1|2m),
Journal of Algebra,
655
(2024),
722–757.
4.
Jing N, Liu M, Molev AI
Naihuan Jing, Ming Liu and Alexander Molev:
Eigenvalues of quantum Gelfand invariants,
Journal of Mathematical Physics,
65
(2024),
Article number 061703 (10 pages).
5.
Molev AI
A. I. Molev:
A Drinfeld-type presentation of the orthosymplectic Yangians,
Algebras and Representation Theory,
27
(2024),
469–494.
6.
Molev AI
A. I. Molev:
Representations of the super Yangians of types A and C,
Algebras and Representation Theory,
26
(2023),
1007–1027.
7.
Molev AI
A. I. Molev:
Representations of the Yangians associated with Lie superalgebras osp(1|2n),
Communications in Mathematical Physics,
398
(2023),
541–571.
8.
Molev AI
A. I. Molev:
\(W\)-algebras associated with centralizers in type \(A\),
International Mathematics Research Notices,
2022
(2022),
no. 8,
6019–6037.
9.
Molev AI
A. I. Molev:
Odd reflections in the Yangian associated with \(\mathfrak{gl}(m|n)\),
Letters in Mathematical Physics,
112
(2022),
no. 1, paper 8,
15 pages.
10.
Molev AI, Yakimova O
Alexander Molev and Oksana Yakimova:
Monomial bases and branching rules,
Transformation Groups,
26
(2021),
no. 3,
995–1024.
11.
Molev AI
A. I. Molev:
On Segal-Sugawara vectors and Casimir elements for classical Lie algebras,
Letters in Mathematical Physics,
111
(2021),
no. no. 1,
Paper No. 8, 23 pp..
12.
Molev AI, Ragoucy E, Suh UR
Alex Molev, Eric Ragoucy and Uhi Rinn Suh:
Supersymmetric \(W\)-algebras,
Letters in Mathematical Physics,
111
(2021),
no. 1,
Paper no. 6 (25 pages).
13.
Molev AI
A. I. Molev:
Casimir elements and Sugawara operators for Takiff algebras,
Journal of Mathematical Physics,
62
(2021),
no. 011701,
13pp.
14.
Molev AI
Alex Molev:
Center at the critical level for centralizers in type A,
Journal of Algebra,
566
(2021),
163–186.
15.
Jing N, Liu M, Molev AI
Naihuan Jing, Ming Liu and Alexander Molev:
Representations of quantum affine algebras in their R-matrix realization,
SIGMA,
16
(2020),
no. 145,
25pp.
16.
Molev AI, Ragoucy E
A. I. Molev and E. Ragoucy:
Classical \(\mathcal{W}\)-algebras for centralizers,
Communications in Mathematical Physics,
378
(2020),
no. 1,
691–703.
17.
Jing N, Liu M, Molev AI
Naihuan Jing, Ming Liu and Alexander Molev:
Isomorphism between the \(R\)-matrix and Drinfeld presentations of quantum affine algebra: types \(B\) and \(D\),
SIGMA,
16
(2020),
043, 49 pages.
18.
Jing N, Liu M, Molev AI
Naihuan Jing, Ming Liu and Alexander Molev:
Isomorphism between the \(R\)-matrix and Drinfeld presentations of quantum affine algebra: Type \(C\),
Journal of Mathematical Physics,
61
(2020),
no. 3,
031701, 41pp..
19.
Molev AI, Yakimova O
Alexander Molev and Oksana Yakimova:
Quantisation and nilpotent limits of Mishchenko–Fomenko subalgebras,
Representation Theory,
23
(2019),
350–378.
20.
Molev AI, Ragoucy E
Alexander Molev and Eric Ragoucy:
Higher-order Hamiltonians for the trigonometric Gaudin model,
Letters in Mathematical Physics,
109
(2019),
2035–2048.
MR3996001
21.
Jing N, Liu M, Molev AI
Naihuan Jing, Ming Liu, Alexander Molev:
Isomorphism Between the \(R\)-Matrix and Drinfeld Presentations of Yangian in Types \(B\), \(C\) and \(D\),
Communications in Mathematical Physics,
361
(2018),
no. 3,
827–872.
22.
Molev AI
A. I. Molev:
Операторы Сугавары для классических алгебр Ли,
(Sugawara Operators for Classical Lie Algebras, Russian edition). Moscow Center for Continuous Mathematical Education,
Moscow,
(2018),
xiii+340pp.
ISBN 978-5-4439-2093-1.
23.
Molev AI
Alexander Molev:
Sugawara Operators for Classical Lie Algebras,
Mathematical Surveys and Monographs, 229,
American Mathematical Society,
Providence, RI,
(2018),
xiv + 304pp..
ISBN ISBN: 978-1-4704-3659-9.
24.
Jing N, Kožić S, Molev AI, Yang F
Naihuan Jing, Slaven Kožić, Alexander Molev and Fan Yang:
Center of the quantum affine vertex algebra in type \(A\),
Journal of Algebra,
496
(2018),
138–186.
25.
Molev AI, Mukhin EE
A. I. Molev and E. E. Mukhin:
Eigenvalues of Bethe vectors in the Gaudin model,
Theoretical and Mathematical Physics,
192
(2017),
no. 3,
1112–1135.
26.
Kožić S, Molev AI
Slaven Kožić and Alexander Molev:
Center of the quantum affine vertex algebra associated with trigonometric R-matrix,
Journal of Physics. A. Mathematical and General,
50
(2017),
325201 (21pp).
27.
Arakawa T, Molev AI
Tomoyuki Arakawa and Alexander Molev:
Explicit generators in rectangular affine \(W\)-algebras of type \(A\),
Letters in Mathematical Physics,
107
(2017),
no. 1,
47–59.
28.
Frappat L, Jing N, Molev AI, Ragoucy E
L. Frappat, N. Jing, A. Molev and E. Ragoucy:
Higher Sugawara Operators for the Quantum Affine Algebras of Type A,
Communications in Mathematical Physics,
345
(2016),
631–657.
MR3514954
29.
Molev AI, Ragoucy E, Rozhkovskaya N
A.I. Molev, E. Ragoucy and N. Rozhkovskaya:
Segal–Sugawara vectors for the Lie algebra of type \(G_2\),
Journal of Algebra,
455
(2016),
386–401.
30.
Futorny V, Molev AI
Vyacheslav Futorny and Alexander Molev:
Quantization of the shift of argument subalgebras in type A,
Advances in Mathematics,
285
(2015),
1358–1375.
31.
Molev AI, Mukhin EE
A I Molev and E E Mukhin:
Invariants of the vacuum module associated with the Lie superalgebra \(\mathfrak{gl}(1|1)\),
Journal of Physics A: Mathematical and Theoretical,
48
(2015),
no. 31,
20pp.
32.
Molev AI, Ragoucy E
A. I. Molev and E. Ragoucy:
Classical W-algebras in types A, B, C, D and G,
Communications in Mathematical Physics,
336
(2015),
1053–1084.
33.
Molev AI, Mukhin EE
A. I. Molev and E. E. Mukhin:
Yangian characters and classical W-algebras,
Conformal field theory, automorphic forms and related topics,
Contributions in Mathematical and Computational Sciences 8,
Springer-Verlag,
Berlin Heidelberg,
(2014),
287–334.
ISBN 978-3-662-43830-5/2191-303X.
MR3559208
34.
Matsumoto T, Molev AI
Takuya Matsumoto and Alexander Molev:
Representations of centrally extended Lie superalgebra psl(2|2),
Journal of Mathematical Physics,
55
(2014),
Art. 091704.
35.
Isaev AP, Molev AI, Ogievetsky OV
A. P. Isaev, A. I. Molev and O. V. Ogievetsky:
Idempotents for Birman-Murakami-Wenzl algebras and reflection equation,
Advances in Theoretical and Mathematical Physics,
18
(2014),
no. 1,
1–25.
36.
Molev AI, Ragoucy E
A. I. Molev and E. Ragoucy:
The MacMahon Master Theorem for Right Quantum Superalgebras and Higher Sugawara Operators for gl(m|n),
Moscow Mathematical Journal,
14
(2014),
no. 1,
83–119.
37.
Molev AI, Rozhkovskaya N
A. I. Molev and N. Rozhkovskaya:
Characteristic maps for the Brauer algebra,
Journal of Algebraic Combinatorics,
38
(2013),
no. 1,
15–35.
38.
Iorgov N, Molev AI, Ragoucy E
N. Iorgov, A. I. Molev and E. Ragoucy:
Casimir elements from the Brauer-Schur-Weyl duality,
Journal of Algebra,
387
(2013),
144–159.
39.
Molev AI
A. I. Molev:
Feigin--Frenkel center in types \(B\), \(C\) and \(D\),
Inventiones Mathematicae,
191
(2013),
no. 1,
1–34.
40.
Isaev AP, Molev AI, Ogievetsky OV
A P Isaev, A I Molev and O V Ogievetsky:
A New Fusion Procedure for the Brauer Algebra and Evaluation Homomorphisms,
International Mathematics Research Notices,
2012
(2012),
no. 11,
2571–2606.
MR2926990
41.
Isaev AP, Molev AI, Ogievetsky OV
A. P. Isaev, A. I. Molev and O. V. Ogievetsky:
A new fusion procedure for the Brauer algebra and evaluation homomorphisms,
International Mathematics Research Notices,
2011
(2011),
online, 36 pages.
42.
Molev AI
A. I. Molev:
Combinatorial bases for covariant representations of the Lie superalgebra gl(m|n),
Bulletin of the Institute of Mathematics, Academia Sinica.,
6
(2011),
no. 4,
415–462.
43.
Davydov A, Molev AI
Alexei Davydov and Alexander Molev:
A categorical approach to classical and quantum Schur-Weyl duality,
Contemporary Mathematics,
537
(2011),
143–171.
44.
Isaev AP, Molev AI
A. P. Isaev and A. I. Molev:
Fusion procedure for the Brauer algebra,
Algebra i Analiz,
22
(2010),
no. 3,
142–154.
MR2729943
45.
Gow L, Molev AI
Lucy Gow and Alexander Molev:
Representations of twisted q-Yangians,
Selecta Mathematica,
16
(2010),
no. 3,
439–499.
46.
Futorny V, Molev AI, Ovsienko S
V. Futorny, A. Molev and S. Ovsienko:
The Gelfand-Kirillov conjecture and Gelfand-Tsetlin modules for finite W-algebras,
Advances in Mathematics,
223
(2010),
773–796.
MR2565549
47.
Chervov AV, Molev AI
A. V. Chervov and A. I. Molev:
On higher order Sugawara operators,
International Mathematics Research Notices,
2009
(2009),
no. 9,
1612–1635.
MR2500972
48.
Molev AI
A. I. Molev:
Янгианы и классические алгебры Ли,
(Yangians and Classical Lie Algebras, Russian Edition). Moscow Center for Continuous Mathematical Education,
Moscow,
(2009),
536.
ISBN 978-5-94057-498-9.
49.
Molev AI
A. I. Molev:
Littlewood-Richardson polynomials,
Journal of Algebra,
321
(2009),
3450–3468.
MR2510056
50.
Molev AI
A. I. Molev:
Comultiplication rules for the double Schur functions and Cauchy identities,
Electronic Journal of Combinatorics,
16
(2009),
no. 1,
R13, 44pp.
MR2475536
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