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19 results for Einstein-Yang-Mills

Study the deformation theory of Einstein-Yang-Mills system on compact manifolds.

problem Deformation theory of Einstein-Yang-Mills system on compact manifolds.
method Slice theorem, linearization analysis, essential deformation characterization.
result Realize moduli space of Einstein-Yang-Mills pairs as an analytic set in a finite-dimensional tame Fréchet manifold.

Study Einstein-Yang-Mills fields on specific manifolds, proving field deformations.

problem Deforming Einstein-Yang-Mills fields over conformally compact manifolds.
method Deformation theory using 00-calculus of Mazzeo and Melrose.
result Any small perturbation of boundary data can be realized as an Einstein-Yang-Mills field.

Study classifies Einstein-Yang-Mills spaces in 4D symmetric spaces.

problem Classifying Lorentzian symmetric spaces with Einstein-Yang-Mills properties.
method Classification based on invariant metric connections and diagonal metrics.
result Four-dimensional symmetric spaces with nontrivial isotropy groups are classified.

Proves local existence and extension principle for Einstein Yang--Mills system with spherical symmetry.

problem Local existence and stability of the spherically symmetric Einstein Yang--Mills system.
method Employed an L2L^2-based method to prove local existence and establish an extension principle.
result Established local existence and extension principle for the SSEYM with H1H^1 data.

Stability of Minkowski space-time in higher dimensions proven for arbitrary small perturbations.

problem Stability of Minkowski space-time solution to Einstein-Yang-Mills equations in higher dimensions.
method Global stability proof for arbitrary small perturbations using wave coordinates and gauge invariant norms.
result Global stability of Minkowski space-time in higher dimensions n5n \geq 5 for arbitrary small perturbations.

In this paper, we prove a convergence theorem for sequences of Einstein Yang-Mills systems on U(1)U(1) -bundles over closed nn-manifolds with some bounds for volumes, diameters, L2L^{2}-norms of bundle curvatures and Ln2L^{\frac{n}{2}}-norms of curvature tensors. This result is a generalization of earlier compactness the…

2012-01-01abs ↗pdf ↗

Proves stability of Minkowski space-time in Einstein-Yang-Mills system.

problem Stability of Minkowski space-time governed by Einstein-Yang-Mills system.
method Null frame decomposition, well-posedness of Cauchy development, convergence to Minkowski space-time.
result Exterior stability of Minkowski space-time in Lorenz gauge without spherical symmetry.

Proves stability of Minkowski space-time for Einstein-Yang-Mills equations.

problem Stability of Minkowski space-time for perturbations governed by Einstein-Yang-Mills equations.
method Proves exterior energy estimates for tensorial non-linear wave equations in Minkowski space-time.
result Proves exterior stability of Minkowski space-time for Einstein-Yang-Mills equations.

Stability of Minkowski space-time in Einstein-Yang-Mills system proven.

problem Stability of Minkowski space-time in Einstein-Yang-Mills system.
method Null frame decomposition, wave coordinates, dispersive estimates.
result Solutions converge to zero Yang-Mills curvature and Minkowski space-time.

The paper explores Kaluza-Klein theories without assuming a fibration structure.

problem Exploring Kaluza-Klein theories without assuming a fibration structure.
method Variational formulations of gauge theories and Einstein--Yang-Mills equations.
result Classical solutions allow the construction of a manifold XX of dimension 4 as physical space-time, leading to solutions of the Einstein--Yang-Mills systems.

Developed a new symmetric hyperbolic formulation for Einstein-Yang-Mills system.

problem Future stability of solutions of the Einstein-Yang-Mills system with arbitrary dimension.
method Tensorial symmetric hyperbolic formulation and local well-posedness for Cauchy problem.
result Established local well-posedness for the Cauchy problem of EYM equations in the temporal gauge.

Let PP be a principal U(1)-bundle over a closed manifold MM. On PP, one can define a modified version of the Ricci flow called the Ricci Yang-Mills flow, due to these equations being a coupling of Ricci flow and the Yang-Mills heat flow. We use maximal regularity theory and ideas of Simonett concerning the asymptoti…

2008-12-10abs ↗pdf ↗

Starting with the most general four-dimensional spacetime possessing two commuting Killing vectors and a nontrivial Killing tensor, we analytically integrate Einstein-Yang-Mills equations for a completely arbitrary gauge group. It is assumed that the gauge field inherits the symmetries of the background and is aligned …

2017-07-14abs ↗pdf ↗

The paper introduces a trilinear functional to recover torsion in spectral triples.

problem Recovering torsion in noncommutative spectral triples.
method Introduces a trilinear functional for spectral triples and demonstrates its application to recover torsion.
result The trilinear functional recovers the torsion of the linear connection in canonical spectral triples.

For any positive integer nn and any Lie group G\mathfrak{G}, given a definite symmetric bilinear form on Rn\mathbb{R}^n and an Ad\hbox{Ad}-invariant scalar product on the Lie algebra of G\mathfrak{G}, we construct a variational problem on fields defined on an arbitrary oriented (n+dimG)(n+\hbox{dim}\mathfrak{G})-dimension…

2018-09-10abs ↗pdf ↗

Proves energy estimates for tensorial wave equations, decoupling components for stability proof.

problem Proving stability of (1+3)(1+3)-Minkowski space-time with various non-linearities.
method Decouples energy estimates for tensorial wave equations, exploiting tensorial structure and Lie derivatives.
result Decoupled energy estimates for tensorial solutions, allowing new stability proofs.

Existence of an infinite sequence of harmonic maps between spheres of certain dimensions was proven by Bizon and Chmaj. This sequence shares many features of the Bartnik-McKinnon sequence of solutions to the Einstein-Yang-Mills equations as well as sequences of solutions that have arisen in other physical models. We ap…

1999-12-01abs ↗pdf ↗

Study proves global existence and decay for complex wave equations.

problem Global existence and decay for quasilinear wave equations with weak-null condition.
method Novel decoupling of higher order energy estimates, focusing on tangential components.
result Established global existence and decay for solutions with small data.