The present lectures contain an introduction to low energy supersymmetry, a new symmetry that relates bosons and fermions, in particle physics. The Standard Model of fundamental interactions is briefly reviewed, and the motivation to introduce supersymmetry is discussed. The main notions of supersymmetry are introduced. The supersymmetric extension of the Standard Model - the Minimal Supersymmetric Standard Model - is considered in more detail. Phenomenological features of the MSSM as well as possible experimental signatures of SUSY are described. An intriguing situation with the supersymmetric Higgs boson is discussed
Boeing's participation in a NASA funded program (FIREMEN) to develop materials for use as floor pane...
The Greek region is characterized by intense geodynamic activity with widespread volcanic, geotherma...
AbstractWe apply a time evolution approach to the statistical mechanics of one and two dimensional s...
The top quark is unique in the Standard Model by virtue of its large mass, possible role in electrow...
The tensor self energy is computed at one loop order in a model in which a vector and tensor interac...
Common static trusses are constrained to permit no relative motion between truss elements. A Variabl...
I will show that numerical investigations of a many-body ground state wavefunction using the densit...
The development of predictive, quantitative models constitutes a common task in today‘s syste...
AbstractBy constructing the proper Green function and using fixed point theorems, concerned with the...
AbstractWe prove an asymptotic formula for the number of permutations for which the associated permu...
In the framework of models with R-parity violation, scalar neutrinos and scalar leptons production i...
Combinatorial optimization problems occur in a wide range of domains, from Bayesian network structur...
Physics beyond the Standard Model will be discussed in the context of possible experimental signatur...
We analyze the problem of sending classical information through qubit channels where successive uses...
We present an alternative derivation of the Thomas precession angle. Using Pauli matrices, the finit...
Boeing's participation in a NASA funded program (FIREMEN) to develop materials for use as floor pane...
The Greek region is characterized by intense geodynamic activity with widespread volcanic, geotherma...
AbstractWe apply a time evolution approach to the statistical mechanics of one and two dimensional s...
The top quark is unique in the Standard Model by virtue of its large mass, possible role in electrow...
The tensor self energy is computed at one loop order in a model in which a vector and tensor interac...
Common static trusses are constrained to permit no relative motion between truss elements. A Variabl...
I will show that numerical investigations of a many-body ground state wavefunction using the densit...
The development of predictive, quantitative models constitutes a common task in today‘s syste...
AbstractBy constructing the proper Green function and using fixed point theorems, concerned with the...
AbstractWe prove an asymptotic formula for the number of permutations for which the associated permu...
In the framework of models with R-parity violation, scalar neutrinos and scalar leptons production i...
Combinatorial optimization problems occur in a wide range of domains, from Bayesian network structur...
Physics beyond the Standard Model will be discussed in the context of possible experimental signatur...
We analyze the problem of sending classical information through qubit channels where successive uses...
We present an alternative derivation of the Thomas precession angle. Using Pauli matrices, the finit...
Boeing's participation in a NASA funded program (FIREMEN) to develop materials for use as floor pane...
The Greek region is characterized by intense geodynamic activity with widespread volcanic, geotherma...
AbstractWe apply a time evolution approach to the statistical mechanics of one and two dimensional s...