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arXiv 0910.5536hep-thcond-mat.str-el
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ABJM理论中的全息任意子

Holographic Anyons in the ABJM Theory

Shoichi Kawamoto, Feng-Li Lin

摘要:

我们从AdS/CFT对应的三个不同方面考虑ABJM理论中的全息任意子。首先,我们利用超引力场方程,包括探测膜的Chern-Simons项,来识别全息任意子。我们发现包裹在CP 3上的DP-膜与世界体积磁场的复合可以是任意子。接下来,我们讨论了CFT侧二元任意子算符的可能候选者,并发现它们的任意子相与超引力分析的一致性。最后,我们尝试通过求解包裹膜的嵌入轮廓的运动方程和Killing旋量方程来构造全息任意子的膜轮廓。作为副产物,我们发现了ABJM理论中对偶重子的BPS尖膜。

英文摘要:

We consider the holographic anyons in the ABJM theory from three different aspects of AdS/CFT correspondence. First, we identify the holographic anyons by using the field equations of supergravity, including the Chern-Simons terms of the probe branes. We find that the composite of Dp-branes wrapped over CP3 with the worldvolume magnetic fields can be the anyons. Next, we discuss the possible candidates of the dual anyonic operators on the CFT side, and find the agreement of their anyonic phases with the supergravity analysis. Finally, we try to construct the brane profile for the holographic anyons by solving the equations of motion and Killing spinor equations for the embedding profile of the wrapped branes. As a by product, we find a BPS spiky brane for the dual baryons in the ABJM theory.

机构、总结、中文摘要均由AI分析而来,可能存在错误,请以论文正文为准。

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