Classical SU(3) Gauge Field as a Dark Matter

Su N Gauge Theory Phase Diagram Phase Diagram Of So(2n C ) G

The phase diagram of su(n) gauge theory as a function of the number of The phase diagram of the five-dimensional su(2) gauge theory using the

Possible phase diagram for su(2) lattice gauge theory with different Gauge theory on a lattice to study the su(2) theory in one dimension L −1-m phase diagram for su (3) gauge theory on r 3 × s 1 with

Figure 1 from The phase diagram of four flavor SU(2) lattice gauge

Schematic phase diagram of su(2) gauge theory with one adjoint weyl

Schematic phase diagram of su(2) gauge theory with one adjoint weyl

Figure 1 from the phase diagram of four flavor su(2) lattice gaugePhase diagram for the lattice u(1) × su(2) gauge theory. five phases Su(2) mean-field phase diagram for t/j = 1 [87]. there are shown a(color online) phase diagram of an su (3) gauge theory with fundamental.

(16.2) consider an su(3) gauge theory coupled to aSu(2) gauge theory with n f flavours at β = 0 on a 6 2 × 12 2 lattice Summary of results for su(n c ) gauge theory and fundamentalThe phase diagram of the five-dimensional su(2) gauge theory simulated.

SU(2) mean-field phase diagram for t/J = 1 [87]. There are shown a
SU(2) mean-field phase diagram for t/J = 1 [87]. There are shown a

Phase diagram of the su(2) model (3.1) with 2 flavours of fermions in

Phase diagram of the five dimensional su(2) pure gauge lattice model inLeft: the phase diagram for su (2) gauge theory with n f = 2 adjoint The conjectured phase diagram of su(n c ) induced pure gauge theory inKnown information about the phase diagram of su (2) gauge theory as a.

Phase diagram of the su(2) lattice gauge model in the quantum linkPhases theory lattice Spectrum of pure gauge su(3) theory.4: the phase diagram of the fundamental representation of an su ( n.

Known information about the phase diagram of SU (2) gauge theory as a
Known information about the phase diagram of SU (2) gauge theory as a

Phase diagram of the su(3)c ⊗ su(3)l ⊗ su(3)r ⊗ u(1)x electroweak

Combined phase diagram of su(2) gauge higgs theory in d = 5 dimensionsFigure 1 from su( n)-gauge theories in polyakov gauge on the torus 1 Sketch of the su(3) phase diagram, with unbroken gaugegroups indicated(pdf) infrared structure of su(n) × u(1) gauge theory to three loops.

Phase diagram of the su(2) gauge model on m 3 ⊗ s 1. the solid curve(p, q) web for n = 1 su(n ) gauge theory at positive and negative Phase diagram of the five dimensional su(2) pure gauge lattice model inN = 2 su (8) gauge theory with 2 + 6 ..

The phase diagram of the five-dimensional SU(2) gauge theory simulated
The phase diagram of the five-dimensional SU(2) gauge theory simulated

Su gauge field strength potential

Phase diagram from su(2) χ pt including 7 term with 7 > 0. equationsPhase diagram of so(2n c ) gauge theory at finite µ b . Classical su(3) gauge field as a dark matter.

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Phase diagram from SU(2) χ PT including 7 term with 7 > 0. Equations
Phase diagram from SU(2) χ PT including 7 term with 7 > 0. Equations

Schematic phase diagram of SU(2) gauge theory with one adjoint Weyl
Schematic phase diagram of SU(2) gauge theory with one adjoint Weyl

(p, q) web for N = 1 SU(N ) gauge theory at positive and negative
(p, q) web for N = 1 SU(N ) gauge theory at positive and negative

The phase diagram of SU(N) gauge theory as a function of the number of
The phase diagram of SU(N) gauge theory as a function of the number of

Schematic phase diagram of SU(2) gauge theory with one adjoint Weyl
Schematic phase diagram of SU(2) gauge theory with one adjoint Weyl

Figure 1 from The phase diagram of four flavor SU(2) lattice gauge
Figure 1 from The phase diagram of four flavor SU(2) lattice gauge

Classical SU(3) Gauge Field as a Dark Matter
Classical SU(3) Gauge Field as a Dark Matter

(PDF) Infrared structure of SU(N) × U(1) gauge theory to three loops
(PDF) Infrared structure of SU(N) × U(1) gauge theory to three loops

SU(2) gauge theory with N f flavours at β = 0 on a 6 2 × 12 2 lattice
SU(2) gauge theory with N f flavours at β = 0 on a 6 2 × 12 2 lattice