We present the most comprehensive global fits to date of three supersymmetric models
motivated by grand unification: the constrained minimal supersymmetric standard model …

One of the most promising strategies to identify the nature of dark matter consists in the
search for new particles at accelerators and with so-called direct detection experiments …

Affine gravity, a gravity theory based on affine connection with no notion of metric, supports
scalar field dynamics only if scalar fields have nonvanishing potential. The nonvanishing …

In supersymmetric models with radiatively driven naturalness and light Higgsinos, the top
squarks may lie in the 0.5–3 TeV range, and thus, only a fraction of natural parameter space …

Light stops consistent with the Higgs boson mass of∼ 126 GeV are investigated within the
framework of minimal supergravity. It is shown that models with light stops which are also …

We analyze the lepton flavor-violating (LFV) Higgs decay h→ τ μ in three supersymmetric
models: the minimal supersymmetric Standard Model, supersymmetric seesaw model, and …

In this work we study implications of additional nonholomorphic soft breaking terms (μ′, A
t′, A b′, and A τ′) on the minimal supersymmetric extension of the standard model …

We explore the low-scale implications of the Pati-Salam Model including the TeV scale right-
handed neutrinos interacting and mixing with the MSSM fields through the inverse seesaw …

We discuss the fine-tuning issue within the MSSM framework. Following the idea that the
fine-tuning can measure effects of some missing mechanism, we impose non-universal …

We consider the low scale implications in the U (1)′ extended minimal supersymmetric
Standard Model (UMSSM). We restrict the parameter space such that the lightest …