On exactly marginal deformations dual to B-field moduli of IIB theory on SE5
On exactly marginal deformations dual to B-field moduli of IIB theory on SE5
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关于 SE5 上 IIB 理论的 B 场模量的精确边际变形
DOI：
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发表时间：
2014
期刊：
影响因子：
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通讯作者：
L. P. Zayas
中科院分区：
文献类型：
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作者：
Arash Arabi Ardehali;L. P. Zayas
在Yp，q上紧化的与IIB理论对偶的CXCFTs的精确边缘形变空间的复维数一般为3。对于耦合空间中的两个精确边缘方向，已经存在简单的一般公式，其中一个对应于规范耦合的和（平方的倒数），另一个对应于β变形。这里我们确定第三个精确的边缘方向，它与重力侧的模<$2-cycleB 2 $$ {displaystyle {int}_{2 hbox {-} mathrm{cycle}}{B}_2} $$对偶。这种识别导致的场论规范耦合和真空期望值的重力模量，我们进一步支持的计算有关的手征异常增加分数膜之间的关系。我们还提出了一个简单的算法，找到类似的精确边缘方向在任何CFT描述的膜平铺，并证明它的双IIB理论紧化L1，5，2和暂停夹点的CFT。
A bstractThe complex dimension of the space of exactly marginal deformations for quiver CFTs dual to IIB theory compactified on Yp,q is known to be generically three. Simple general formulas already exist for two of the exactly marginal directions in the space of couplings, one of which corresponds to the sum of the (inverse squared of) gauge couplings, and the other to the β-deformation. Here we identify the third exactly marginal direction, ∫ which is dual to the modulus ∫2‐cycleB2$$ {displaystyle {int}_{2hbox{-} mathrm{cycle}}{B}_2} $$ on the gravity side. This identification leads to a relation between the field theory gauge couplings and the vacuum expectation value of the gravity modulus that we further support by a computation related to the chiral anomaly induced by added fractional branes. We also present a simple algorithm for finding similar exactly marginal directions in any CFT described by brane tiling, and demonstrate it for the quiver CFTs dual to IIB theory compactified on L1,5,2 and the Suspended Pinch Point.
AdS/CFT 对应中的对称破缺真空和重子凝聚
影响因子：
5
作者：
Martelli D
通讯作者：
Martelli D