Marchesini showed that the Fokker-Planck Hamiltonian for Yang-Mills theories is the loop operator. Jevicki and Rodrigues showed that the Fokker-Planck Hamiltonian of some matrix models coï ncides with temporal gauge non-critical string field theory Hamiltonians constructed by Ishibashi and Kawai (and their collaborators). Thus the loop operator for Yang-Mills theory is the temporal gauge Hamiltonian for a noncritical string field theory. The consistency condition of the string interpretation is the zigzag symmetry emphasized by Polyakov. Thus the appropriate starting point for a worldsheet description of the Yang-Mills string may be temporal gauge
We present intermediate results of an ongoing investigation which attempts a generalization of the w...
We show that planar = 4 Yang-Mills theory at zero 't Hooft coupling can be efficiently described in ...
It is conjectured that strongly coupled, spatially noncommutative N = 4 Yang-Mills theory has a dual...
Polyakov has conjectured that Yang-Mills theory should be equivalent to a noncritical string theory....
We explore gauge fields - strings duality by means of the loop equations andthe zigzag symmetry. The...
We investigate a reformulation of Yang-Mills theory at the level of the expectation of the non-abeli...
We consider the loop space representation of multi-matrix models. Explaining the origin of a time va...
We explore the consequences of imposing Polyakov's zig/zag-invariance in the search for a confining ...
By exploiting the boundary state formalism we obtain the string correlator between two internal poin...
Abstract We make contact between the infinite-dimensional non-local symmetry of the type-IIB superst...
We suggest a means of obtaining certain Green's functions in 3+1-dimensional ${\cal N} = 4$ supersym...
The loop quantum gravity technique is applied to the free bosonic string. A Hilbert space similar to...
The correspondence of the non-critical string theory and the Yang-Mills theory is examined according...
In these lectures we describe the attempt to extract the expectation valuesof Wilson loops from the ...
I adapt the Gauge String, representing the strong coupling (SC) expansion in the continuous D>=3 Yan...
We present intermediate results of an ongoing investigation which attempts a generalization of the w...
We show that planar = 4 Yang-Mills theory at zero 't Hooft coupling can be efficiently described in ...
It is conjectured that strongly coupled, spatially noncommutative N = 4 Yang-Mills theory has a dual...
Polyakov has conjectured that Yang-Mills theory should be equivalent to a noncritical string theory....
We explore gauge fields - strings duality by means of the loop equations andthe zigzag symmetry. The...
We investigate a reformulation of Yang-Mills theory at the level of the expectation of the non-abeli...
We consider the loop space representation of multi-matrix models. Explaining the origin of a time va...
We explore the consequences of imposing Polyakov's zig/zag-invariance in the search for a confining ...
By exploiting the boundary state formalism we obtain the string correlator between two internal poin...
Abstract We make contact between the infinite-dimensional non-local symmetry of the type-IIB superst...
We suggest a means of obtaining certain Green's functions in 3+1-dimensional ${\cal N} = 4$ supersym...
The loop quantum gravity technique is applied to the free bosonic string. A Hilbert space similar to...
The correspondence of the non-critical string theory and the Yang-Mills theory is examined according...
In these lectures we describe the attempt to extract the expectation valuesof Wilson loops from the ...
I adapt the Gauge String, representing the strong coupling (SC) expansion in the continuous D>=3 Yan...
We present intermediate results of an ongoing investigation which attempts a generalization of the w...
We show that planar = 4 Yang-Mills theory at zero 't Hooft coupling can be efficiently described in ...
It is conjectured that strongly coupled, spatially noncommutative N = 4 Yang-Mills theory has a dual...