We derive a Kontsevich-type matrix model for the c = 1 string directly from the W∞ solution of the theory. The model that we obtain is different from previous proposals, which are proven to be incorrect. Our matrix model contains the Penner and Kontsevich cases, and we study its quantum effective action. The simplicity of our model leads to an encouraging interpretation in the context of background-independent non-critical string field theory
We analyze Susskind's proposal of applying the non-commutative Chern-Simons theory to the quantum Ha...
We illustrate a physical situation in which topological symmetry, its breakdown, space-time uncertai...
We develop techniques to compute multi-instanton corrections to the 1/N expansion in matrix models d...
We give an explicit demonstration of the equivalence between the Normal Matrix Model (NMM) of c=1 st...
We study the topological B-model on a deformed $\Z_2$ orbifolded conifold by investigating variation...
We propose a new family of matrix models whose 1/N expansion captures the all-genus topological stri...
We give an explicit demonstration of the equivalence between the Normal Matrix Model (NMM) of c = 1 ...
We show that the most general two-matrix model with bilinear coupling underlies c = 1 string theory....
We give an overview of the relations between matrix models and string theory, focusing on topologica...
Abstract We revisit the perturbative S-matrix of c = 1 string theory from the worldsheet perspective...
The goal of this thesis is to study non-singlet sectors of the c=1 matrix model in order to determin...
The quantization of mirror curves to toric Calabi--Yau threefolds leads to trace class operators, an...
We address the nonperturbative structure of topological strings and c=1 matrix models, focusing on u...
We describe a field theoretic formulation for one-dimensional string theory. It is given by the coll...
We show how the two-matrix model and Today lattice hierarchy presented in a previous paper can be so...
We analyze Susskind's proposal of applying the non-commutative Chern-Simons theory to the quantum Ha...
We illustrate a physical situation in which topological symmetry, its breakdown, space-time uncertai...
We develop techniques to compute multi-instanton corrections to the 1/N expansion in matrix models d...
We give an explicit demonstration of the equivalence between the Normal Matrix Model (NMM) of c=1 st...
We study the topological B-model on a deformed $\Z_2$ orbifolded conifold by investigating variation...
We propose a new family of matrix models whose 1/N expansion captures the all-genus topological stri...
We give an explicit demonstration of the equivalence between the Normal Matrix Model (NMM) of c = 1 ...
We show that the most general two-matrix model with bilinear coupling underlies c = 1 string theory....
We give an overview of the relations between matrix models and string theory, focusing on topologica...
Abstract We revisit the perturbative S-matrix of c = 1 string theory from the worldsheet perspective...
The goal of this thesis is to study non-singlet sectors of the c=1 matrix model in order to determin...
The quantization of mirror curves to toric Calabi--Yau threefolds leads to trace class operators, an...
We address the nonperturbative structure of topological strings and c=1 matrix models, focusing on u...
We describe a field theoretic formulation for one-dimensional string theory. It is given by the coll...
We show how the two-matrix model and Today lattice hierarchy presented in a previous paper can be so...
We analyze Susskind's proposal of applying the non-commutative Chern-Simons theory to the quantum Ha...
We illustrate a physical situation in which topological symmetry, its breakdown, space-time uncertai...
We develop techniques to compute multi-instanton corrections to the 1/N expansion in matrix models d...
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