Add to ORKGThe pseudoparticle approach is a numerical method to approximate path integrals in SU(2) Yang-Mills theory. Path integrals are computed by summing over all gauge field configurations, which can be represented by a linear superposition of a small number of pseudoparticles with amplitudes and color orientations as degrees of freedom. By comparing different pseudoparticle ensembles we determine properties of confining gauge field configurations. Our results indicate the importance of long range interactions between pseudoparticles and of non trivial topological properties
We numerically explore an alternative discretization of continuum SU(N-c) Yang-Mills theory on a Euc...
Skyrme theory on S^2 (Faddeev coset proposal), is analyzed with a generalization of 0-curvature inte...
In axial gauge, the (2+1)-dimensional SU($N$) Yang-Mills theory is equivalent to a set of (1+1)-dime...
We present a numerical technique for calculating path integrals in non-compact U(1) and SU(2) gauge ...
We present an effective model for SU(2) Yang-Mills theory, the pseudoparticle approach. The basic id...
The pseudoparticle approach is a numerical method to compute path integrals without discretizing spa...
We perform a detailed study of the adjoint static potential in the pseudoparticle approach, which is...
In this work, we study various Monte Carlo methods for lattice gauge theories. The mass of the 0+ gl...
We construct a new model of four-dimensional relativistic strings with integrable dynamics on the wo...
Pseudoaffine theories are characterized by formal replacement of the level to the fractional number:...
Yang-Mills gauge theories have become an important way in which to describe matter at a fundamental ...
Pseudo-conformal field theory (PCFT) is a 4-d action, which depends on the lorentzian Cauchy-Riemann...
The Monte Carlo simulation of Majorana fermions is discussed on the example of supersymmetric Yang-M...
The possibility is explored to relate confinement to properties of gauge invariant field strength co...
AbstractFermionic unparticles are introduced and their basic properties are discussed. Some phenomen...
We numerically explore an alternative discretization of continuum SU(N-c) Yang-Mills theory on a Euc...
Skyrme theory on S^2 (Faddeev coset proposal), is analyzed with a generalization of 0-curvature inte...
In axial gauge, the (2+1)-dimensional SU($N$) Yang-Mills theory is equivalent to a set of (1+1)-dime...
We present a numerical technique for calculating path integrals in non-compact U(1) and SU(2) gauge ...
We present an effective model for SU(2) Yang-Mills theory, the pseudoparticle approach. The basic id...
The pseudoparticle approach is a numerical method to compute path integrals without discretizing spa...
We perform a detailed study of the adjoint static potential in the pseudoparticle approach, which is...
In this work, we study various Monte Carlo methods for lattice gauge theories. The mass of the 0+ gl...
We construct a new model of four-dimensional relativistic strings with integrable dynamics on the wo...
Pseudoaffine theories are characterized by formal replacement of the level to the fractional number:...
Yang-Mills gauge theories have become an important way in which to describe matter at a fundamental ...
Pseudo-conformal field theory (PCFT) is a 4-d action, which depends on the lorentzian Cauchy-Riemann...
The Monte Carlo simulation of Majorana fermions is discussed on the example of supersymmetric Yang-M...
The possibility is explored to relate confinement to properties of gauge invariant field strength co...
AbstractFermionic unparticles are introduced and their basic properties are discussed. Some phenomen...
We numerically explore an alternative discretization of continuum SU(N-c) Yang-Mills theory on a Euc...
Skyrme theory on S^2 (Faddeev coset proposal), is analyzed with a generalization of 0-curvature inte...
In axial gauge, the (2+1)-dimensional SU($N$) Yang-Mills theory is equivalent to a set of (1+1)-dime...