Supersymmetric black hole solutions with $R^2$-interactions
We present a class of static supersymmetric multi-center black hole solutions arising in four-dimensional N=2 supergravity theories with terms quadratic
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Anti-de Sitter Supersymmetry
We give a pedagogical introduction to certain aspects of supersymmetric field theories in anti-de Sitter space. Among them are the
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Applications of special geometry
We review characteristic features of N=2 supersymmetric vector multiplets and discuss symplectic reparametrizations and their relevance for monopoles and dyons.
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Are charge fluctuations a good signal for QGP?
A recent proposal to study charge fluctuations as a possible signal of quark-gluon plasma is discussed. It is shown that
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Bose - Einstein effect in Monte Carlo generators
We briefly review various methods of implementing the Bose - Einstein effect into Monte Carlo generators. The weight methods are
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Entropy in cluster analysis of single events in heavy ion collisions
We analyse the cluster structure of the final multihadron states resulting from heavy ion collisions using the concept of Jaynes
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Event-by-event cluster analysis of final states from heavy ion collisions
We present an event-by-event analysis of the cluster structure of final multihadron states resulting from heavy ion collisions. A comparison
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Gauged Supergravities in Three Dimensions: A Panoramic Overview
Maximal and non-maximal supergravities in three spacetime dimensions allow for a large variety of semisimple and non-semisimple gauge groups, as
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Introduction to black hole entropy and supersymmetry
In these lectures we introduce some of the principles and techniques that are relevant for the determination of the entropy
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Modelling Bose-Einstein effect from asymmetric sources in Monte Carlo generators
We present some results concerning the Bose-Einstein effect in asymmetric sources in Monte Carlo generators. A comparison of LEP data,
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Modifications of the area law and N=2 supersymmetric black holes
Modifications of the area law are crucial in order to find agreement with microscopic entropy calculations based on string theory,
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Parameters in Weight Calculations for the BE Effect
The weight method of implementing the BE effect into Monte Carlo generators is discussed and presented in some detail. We
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Some results based on the EROS microlensing survey
We will review some results based on the EROS and the on going EROS-2 microlensing surveys to search for dark
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Special geometry and perturbative analysis of $N=2$ heterotic vacua
The requirement of target-space duality and the use of nonrenormalization theorems lead to strong constraints on the perturbative prepotential that
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Supergravity
These notes are based on lectures presented at the 2001 Les Houches Summerschool ``Unity from Duality: Gravity, Gauge Theory and
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Supermembranes and Supermatrix Models
We briefly review recent developments in the theory of supermembranes and supermatrix models. In a second part we discuss their
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Supermembranes and Super Matrix Theory
We review recent developments in the theory of supermembranes and their relation to matrix models.
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Supermembranes in curved superspace and near-horizon geometries
We give a description of supermembranes in nontrivial target-space geometries. A special class are the $AdS_4\times S^7$ and $AdS_7\times S^4$
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Supersymmetry and Dualities in various dimensions
In these lectures we review how some of the recent developments in string theory are closely related to generic properties
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WW decays and Bose-Einstein correlations
Various methods of implementing the Bose-Einstein effect into Monte Carlo generators, especially for the process e^+ e^- > W^+ W^-,
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11-dimensional curved backgrounds for supermembrane in superspace
We compute part of the superfield in terms of the component fields of 11-dimensional on-shell supergravity by using `Gauge completion'
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An Introduction to Free Higher-Spin Fields
In this article we begin by reviewing the (Fang-)Fronsdal construction and the non-local geometric equations with unconstrained gauge fields and
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Nucleation of superconductivity in Al mesoscopic disk with magnetic dot
We have studied the nucleation of superconductivity in a mesoscopic Al disk wit a Co/Pd magnetic dot placed on the
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Point particle in general background fields and generalized equivalence principle
The model of point particle in general external fields is considered and the generalized equivalence principle is suggested identifying all
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