GL(1)|1)李超双代数
The gl(1|1) Lie superbialgebras
摘要:
通过直接计算由伴随表示得到的超Jacobi恒等式和混合超Jacobi恒等式的矩阵形式,并利用gl(1| 1)李超代数,我们确定并分类了所有的gl(1| 1)李超双代数。然后通过计算它们的经典r-矩阵,确定了GL(1 j1)上的余边界李超双代数及其类型(三角形、拟三角形或可因子分解),进而得到了GL(1)上的超Poisson结构|1)得到了李超群。同时,我们基于gl(1|(1)作为定理。然后,作为余边界李超双代数的物理应用,我们在齐次超空间OSp(1)上构造了一个新的可积系统|2)/U(1)。最后,我们利用Lyakhovsky和Mudrov的形式化方法建立了变形gl(1| 1)与所有gl(1)相关的李超代数|1)余边界李超双代数。对于一种情况,还提供了在超群水平上的量子化,包括其量子R-矩阵。
英文摘要:
By direct calculations of matrix form of super Jacobi and mixed super Jacobi identities which are obtained from adjoint representation, and using the automorphism supergroup of the gl(1|1) Lie superalgebra, we determine and classify all gl(1|1) Lie superbialgebras. Then, by calculating their classical r-matrices, the gl(1j1) coboundary Lie superbialgebras and their types (triangular, quasi-triangular or factorizable) are determined, furthermore in this way super Poisson structures on the GL(1|1) Lie supergroup are obtained. Also, we classify Drinfeld superdoubles based on the gl(1|1) as a theorem. Afterwards, as a physical application of the coboundary Lie superbialgebras, we construct a new integrable system on the homogeneous superspace OSp(1|2)/U(1). Finally, we make use of the Lyakhovsky and Mudrov formalism in order to build up the deformed gl(1|1) Lie superalgebra related to all gl(1|1) coboundary Lie superbialgebras. For one case, the quantization at the supergroup level is also provided, including its quantum R-matrix.
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