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publications[arXiv] [MR entries] [Zentralblatt entries] [google scholar][14] How Euler would compute the Euler-Poincaré characteristic of a Lie superalgebra, Expositiones Mathematicae 29 (2011), 345-360; arXiv:0812.2255. [13] (with Askar Dzhumadil'daev) The alternative operad is not Koszul, Experimental Mathematics 20 (2011), 138-144. [12] Non-existence of invariant symmetric forms on generalized Jacobson-Witt algebras revisited, Communications in Algebra 39 (2011), 548-554; arXiv:0902.0038. [11] Invariants of Lie algebras extended over commutative algebras without unit, Journal of Nonlinear Mathematical Physics 17 (2010), Suppl. 1 (special issue in memory of F.A. Berezin), 87-102; arXiv:0901.1395. [10] On δ-derivations of Lie algebras and superalgebras, Journal of Algebra 324 (2010), 3470-3486; arXiv:0907.2034. [accompanying GAP code] [9] (with Askar Dzhumadil'daev) Commutative 2-cocycles on Lie algebras, Journal of Algebra 324 (2010), 732-748; arXiv:0907.4780. [accompanying GAP code] [8] ω-Lie algebras, Journal of Geometry and Physics 60 (2010), 1028-1044; arXiv:0812.0080. [accompanying GAP code] [7] A converse to the Whitehead Theorem, Journal of Lie Theory 18 (2008), 811-815; arXiv:0808.0212. [6] A converse to the Second Whitehead Lemma, Journal of Lie Theory 18 (2008), 295-299; arXiv:0704.3864. [5] Low-dimensional cohomology of current Lie algebras and analogs of the Riemann tensor for loop manifolds, Linear Algebra and its Applications 407 (2005), 71-104; arXiv:math/0302334. [4] Deformations of W1(n) ⊗ A and modular semisimple Lie algebras with a solvable maximal subalgebra, Journal of Algebra 268 (2003), 603-635; arXiv:math/0204004. [3] The second homology group of current Lie algebras, K-Theory (ed. C. Kassel et al.), Astérisque 226 (1994), 435-452; arXiv:0808.0217. [2] Central extensions of current algebras, Transactions of the American Mathematical Society 334 (1992), 143-152; Erratum and addendum: 362 (2010), 5601-5603; arXiv:0812.2625. [1] A Lie algebra that can be written as a sum of two nilpotent subalgebras, is solvable, Mathematical Notes 50 (1991), 909-912; arXiv:0911.5418. [Russian original] Offprints of items [4],[5],[7],[10] will be gladly provided upon request to any collector of dead trees, as I don't know what to do with them. manuscripts[*] On the utility of Robinson-Amitsur ultrafilters, arXiv:0911.5414.[*] Lie algebras with given properties of subalgebras and elements, arXiv:1105.4284. [*] (with Fedor Petrov) On Shirshov bases of graded algebras, arXiv:1201.5837. [*] On near(est) correlation matrix. talks[some of them listed together with writings above][#] A commutative 2-cocycles approach to classification of simple Novikov algebras (talk at the conference Non-Associative Algebras and Related Topics, Coimbra, July 2011). [#] Novikov structures on Kac-Moody and modular semisimple Lie algebras (talk at the IVth workshop Discrete Groups and Geometric Structures with Applications, Oostende, May 2011). [#] Cohomology of current algebras (talk at St. Petersburg algebraic seminar at POMI, April 2011). [#] Converse second and third Whitehead lemmata (abstract of talk at the 2nd workshop Lie Algebras, Algebraic Groups and Invariant Theory, Moscow, January 2011; in Russian). [#] Low-dimensional cohomology of current Lie algebras (talk at Mathematics colloquium at Univ. of Iceland, September 2009). [#] Maximum likelihood and EM algorithm (talk at Statistics colloquium at Univ. of Iceland, March 2007). other bits and pieces[!] Nijenhuis tensor, R-matrix, Saletan contractions, and all that (October 2007).[!] mathoverflow [!] OEIS: A192211, A192212, etc. reviewsMathematical Reviews: 2009-June 2011Zentralblatt: as of November 2011 questionsteaching[+] Methods of Mathematical Physics, Tallinn Univ. Technology, Fall 2011.[+] Cohomology of algebras (synopsis of lectures), South China Normal Univ., Summer 2010. |