Figure 1 From Calabi Yau Spaces And Five Dimensional Field Theories With Exceptional Gauge

(PDF) Calabi-Yau Spaces And Five-dimensional Field Theories With Exceptional Gauge Symmetry

(PDF) Calabi-Yau Spaces And Five-dimensional Field Theories With Exceptional Gauge Symmetry Five dimensional field theories with exceptional gauge groups are engineered from degenerations of calabi yau threefolds. the structure of the coulomb branch is analyzed in terms of relative kähler cones. In the rest of this section we give a short summary of the properties of five dimensional gauge theories we will need and briefly review the geometry gauge theory correspondence.

Figure 2 From Calabi-Yau Spaces And Five-dimensional Field Theories With Exceptional Gauge ...

Figure 2 From Calabi-Yau Spaces And Five-dimensional Field Theories With Exceptional Gauge ... Five dimensional field theories with exceptional gauge groups are engineered from degenerations of calabi yau threefolds. the structure of the coulomb branch is analyzed in terms of relative kähler cones. for low number of flavors, the geometric construction leads to new five dimensional fixed points. We explore connections between aspects of the gauge theory and calabi yau geometry. Definition of calabi yau space we begin with a review of the n. tion of “calabi yau space.” a calabi yau space is a manifold x with a riemannian metric. g, satisfying three conditi. ns: i. x is a complex manifold. this means x looks locally like cn for some n, in the sense that it can be covered by patches adm. tting local com. In the next section, we discuss general aspects of five dimensional supersymmetric gauge theories and argue that there is an anomaly which renders some theories inconsistent and other theories consistent only upon including a chern–simons term.

Figure 2 From Calabi-Yau Spaces And Five-dimensional Field Theories With Exceptional Gauge ...

Figure 2 From Calabi-Yau Spaces And Five-dimensional Field Theories With Exceptional Gauge ... Definition of calabi yau space we begin with a review of the n. tion of “calabi yau space.” a calabi yau space is a manifold x with a riemannian metric. g, satisfying three conditi. ns: i. x is a complex manifold. this means x looks locally like cn for some n, in the sense that it can be covered by patches adm. tting local com. In the next section, we discuss general aspects of five dimensional supersymmetric gauge theories and argue that there is an anomaly which renders some theories inconsistent and other theories consistent only upon including a chern–simons term. We discuss five dimensional supersymmetric gauge theories. an anomaly renders some theories inconsistent and others consistent only upon including a wess zumino type chern simons term. Five dimensional field theories with exceptional gauge groups are engineered from degenerations of calabi yau threefolds. the structure of the coulomb branch is analyzed in terms of relative kähler cones. We describe a general method to determine dualities between supersymmetric 5d gauge theories. the method is based on performing local s dualities in the geometry associated to the gauge theory. Two substantial appendices develop the topology and geometry of calabi yau five folds and the structure of one dimensional n = 2 supersymmetry and supergravity to the level of generality required for our purposes.

Figure 2 From Calabi-Yau Spaces And Five-dimensional Field Theories With Exceptional Gauge ...

Figure 2 From Calabi-Yau Spaces And Five-dimensional Field Theories With Exceptional Gauge ... We discuss five dimensional supersymmetric gauge theories. an anomaly renders some theories inconsistent and others consistent only upon including a wess zumino type chern simons term. Five dimensional field theories with exceptional gauge groups are engineered from degenerations of calabi yau threefolds. the structure of the coulomb branch is analyzed in terms of relative kähler cones. We describe a general method to determine dualities between supersymmetric 5d gauge theories. the method is based on performing local s dualities in the geometry associated to the gauge theory. Two substantial appendices develop the topology and geometry of calabi yau five folds and the structure of one dimensional n = 2 supersymmetry and supergravity to the level of generality required for our purposes.

Calabi–Yau Manifold - Wikiwand

Calabi–Yau Manifold - Wikiwand We describe a general method to determine dualities between supersymmetric 5d gauge theories. the method is based on performing local s dualities in the geometry associated to the gauge theory. Two substantial appendices develop the topology and geometry of calabi yau five folds and the structure of one dimensional n = 2 supersymmetry and supergravity to the level of generality required for our purposes.

Figure 1 From Calabi-Yau Spaces And Five-dimensional Field Theories With Exceptional Gauge ...

Figure 1 From Calabi-Yau Spaces And Five-dimensional Field Theories With Exceptional Gauge ...

Elliptic Calabi-Yau Geometry and Twisted Dimensional Reductions of F-theory