AbstractWe study the quantum mechanics of BMN operators with two scalar impurities and arbitrarily many traces, at one loop and all genus. We prove an operator identity which partially elucidates the structure of this quantum mechanics, provides some support for a conjectured formula for the free all genus two-point functions, and demonstrates that a single O(g22) contact term arises in the Hamiltonian as a result of transforming from the natural gauge theory basis to the string basis. We propose to identify the S-matrix of this quantum mechanics with the S-matrix of string theory in the plane-wave background
The holographic principle in the pp-wave limit proposed in our previous works is further confirmed b...
AbstractWe extract from gauge theoretical calculations the matrix elements of the SYM dilatation ope...
We review how the identification of gauge theory operators representing string states in the pp-wave...
We study the quantum mechanics of BMN operators with two scalar impurities and arbitrarily many trac...
We derive an effective, exact quantum mechanical Hamiltonian from N=4 gauge theory in the BMN limit....
We derive an effective, exact quantum mechanical Hamiltonian from N=4 gauge theory in the BMN limit....
We derive an effective, exact quantum mechanical Hamiltonian from N=4 gauge theory in the BMN limit....
We extend the study of the quantum mechanics of BMN gauge theory to the sector of three scalar impur...
We extend the study of the quantum mechanics of BMN gauge theory to the sector of three scalar impur...
We extend the study of the quantum mechanics of BMN gauge theory to the sector of three scalar impur...
In the context of the Penrose/BMN limit of the AdS/CFT correspondence, we consider four-impurity BMN...
We extend the study of the quantum mechanics of BMN gauge theory to the sector of three scalar impur...
The goal of this paper is to study the BMN correspondence in the fermionic sector. On the field theo...
We show that the BMN operators arise from the expansion of the Wilson loop in four-dimensional N=4 s...
In type IIB light-cone superstring field theory, the cubic interaction has two pieces: a delta-funct...
The holographic principle in the pp-wave limit proposed in our previous works is further confirmed b...
AbstractWe extract from gauge theoretical calculations the matrix elements of the SYM dilatation ope...
We review how the identification of gauge theory operators representing string states in the pp-wave...
We study the quantum mechanics of BMN operators with two scalar impurities and arbitrarily many trac...
We derive an effective, exact quantum mechanical Hamiltonian from N=4 gauge theory in the BMN limit....
We derive an effective, exact quantum mechanical Hamiltonian from N=4 gauge theory in the BMN limit....
We derive an effective, exact quantum mechanical Hamiltonian from N=4 gauge theory in the BMN limit....
We extend the study of the quantum mechanics of BMN gauge theory to the sector of three scalar impur...
We extend the study of the quantum mechanics of BMN gauge theory to the sector of three scalar impur...
We extend the study of the quantum mechanics of BMN gauge theory to the sector of three scalar impur...
In the context of the Penrose/BMN limit of the AdS/CFT correspondence, we consider four-impurity BMN...
We extend the study of the quantum mechanics of BMN gauge theory to the sector of three scalar impur...
The goal of this paper is to study the BMN correspondence in the fermionic sector. On the field theo...
We show that the BMN operators arise from the expansion of the Wilson loop in four-dimensional N=4 s...
In type IIB light-cone superstring field theory, the cubic interaction has two pieces: a delta-funct...
The holographic principle in the pp-wave limit proposed in our previous works is further confirmed b...
AbstractWe extract from gauge theoretical calculations the matrix elements of the SYM dilatation ope...
We review how the identification of gauge theory operators representing string states in the pp-wave...