Abstract We revisit the perturbative S-matrix of c = 1 string theory from the worldsheet perspective. We clarify the origin of the leg pole factors, the non-analyticity of the string amplitudes, and the validity as well as limitations of earlier computations based on resonance momenta. We compute the tree level 4-point amplitude and the genus one 2-point reflection amplitude by numerically integrating Virasoro conformal blocks with DOZZ structure constants on the sphere and on the torus, with sufficiently generic complex Liouville momenta, and find agreement with known answers from the c = 1 matrix model
International audienceIn this paper, we explore the open string amplitude’s dual role as a space-tim...
International audienceIn this paper, we explore the open string amplitude’s dual role as a space-tim...
International audienceIn this paper, we explore the open string amplitude’s dual role as a space-tim...
Given a solution ψcl of the classical equations of motion in either closed or open string field theo...
We derive a Kontsevich-type matrix model for the c = 1 string directly from the W∞ solution of...
Abstract: It is argued that the complete S-matrix of string theory at tree level in a flat backgroun...
We propose a new formulation of the space-time interpretation of the c = 1 matrix model. Our formula...
We show that the most general two-matrix model with bilinear coupling underlies c = 1 string theory....
The Matrix String Theory, i.e. the two dimensional U(N) SYM with N = (8, 8) supersymmetry, has class...
Abstract We study the scattering of long strings in c = 1 string theory, both in the worldsheet desc...
We give an explicit demonstration of the equivalence between the Normal Matrix Model (NMM) of c=1 st...
Matrix string theory, i.e. the two-dimensional U(N) SYM with N = (8,8) supersymmetry, has classical ...
Recent work has shown that unstable D-branes in two dimensional string theory are represented by eig...
International audienceIn this paper, we explore the open string amplitude’s dual role as a space-tim...
International audienceIn this paper, we explore the open string amplitude’s dual role as a space-tim...
International audienceIn this paper, we explore the open string amplitude’s dual role as a space-tim...
International audienceIn this paper, we explore the open string amplitude’s dual role as a space-tim...
International audienceIn this paper, we explore the open string amplitude’s dual role as a space-tim...
Given a solution ψcl of the classical equations of motion in either closed or open string field theo...
We derive a Kontsevich-type matrix model for the c = 1 string directly from the W∞ solution of...
Abstract: It is argued that the complete S-matrix of string theory at tree level in a flat backgroun...
We propose a new formulation of the space-time interpretation of the c = 1 matrix model. Our formula...
We show that the most general two-matrix model with bilinear coupling underlies c = 1 string theory....
The Matrix String Theory, i.e. the two dimensional U(N) SYM with N = (8, 8) supersymmetry, has class...
Abstract We study the scattering of long strings in c = 1 string theory, both in the worldsheet desc...
We give an explicit demonstration of the equivalence between the Normal Matrix Model (NMM) of c=1 st...
Matrix string theory, i.e. the two-dimensional U(N) SYM with N = (8,8) supersymmetry, has classical ...
Recent work has shown that unstable D-branes in two dimensional string theory are represented by eig...
International audienceIn this paper, we explore the open string amplitude’s dual role as a space-tim...
International audienceIn this paper, we explore the open string amplitude’s dual role as a space-tim...
International audienceIn this paper, we explore the open string amplitude’s dual role as a space-tim...
International audienceIn this paper, we explore the open string amplitude’s dual role as a space-tim...
International audienceIn this paper, we explore the open string amplitude’s dual role as a space-tim...