13 citations · 49 across the 9 of their papers we have counts for
9 papers
Holography and T-duality
Marco Laucelli Meana, Jesús Puente Peñalba
We use the AdS/SYM correspondence to study the relevant effects of compactified dimensions on the D-brane dynamics. We present a detailed picture of the T-duality transition betwee…
A Matrix Model for Type 0 Strings
Jesús Puente Peñalba
A matrix model for type 0 strings is proposed. It consists in making a non-supersymmetric orbifold projection in the Yang-Mills theory and identifying the infrared configurations o…
Non-perturbative Thermodynamics in Matrix String Theory
Jesús Puente Peñalba
A study of the thermodynamics in IIA Matrix String Theory is presented. The free string limit is calculated and seen to exactly reproduce the usual result. When energies are enough…
On the microcanonical description of D-brane thermodynamics
Marco Laucelli Meana, Jesús Puente Peñalba
We study the microcanonical description of string gases in the presence of D-branes. We obtain exact expressions for the single string density of states and draw the regions in pha…
Matrix Strings, Compactification Scales and Hagedorn Transition
Marco Laucelli Meana, Jesús Puente Peñalba
In this work we use the Matrix Model of Strings in order to extract some non-perturbative information on how the Hagedorn critical temperature arises from eleven-dimensional physic…
The Principle of Equivalence as a Guide towards Matrix Theory Compactifications
Jesús Puente Peñalba
The principle of equivalence is translated into the language of the world-volume field theories that define matrix and string theories. This idea leads to explore possible matrix d…
Finite Temperature Matrix Theory
Marco Laucelli Meana, M. A. R. Osorio, Jesús Puente Peñalba
We present the way the Lorentz invariant canonical partition function for Matrix Theory as a light-cone formulation of M-theory can be computed. We explicitly show how when the ele…
Counting Closed String States in a Box
Marco Laucelli Meana, M. A. R. Osorio, Jesús Puente Peñalba
The computation of the microcanonical density of states for a string gas in a finite volume needs a one by one count because of the discrete nature of the spectrum. We present a wa…
The String Density of States from The Convolution Theorem
Marco Laucelli Meana, M. A. R. Osorio, Jesús Puente Peñalba
We study the microcanonical density of states and the thermal properties of a bosonic string gas starting from a calculation of the Helmholtz free energy in the S-representation. B…