Alexander Mück

Minimal higher-dimensional extensions of the standard model and electroweak observables

We consider minimal 5-dimensional extensions of the standard model compactified on an

Electroweak corrections to dilepton + jet production at hadron colliders

{S}^{1}{/Z}_{2}

Electroweak corrections to monojet production at the Tevatron and the LHC

orbifold, in which the

Radiative corrections to W -boson hadroproduction: Higher-order electroweak and supersymmetric effects

\mathrm{SU}{(2)}_{L}

Probing minimal 5D extensions of the Standard Model: from LEP to an e+e− linear collider

and

MSSM Higgs-boson production in bottom-quark fusion: electroweak radiative corrections

\mathrm{U}{(1)}_{Y}

Precision studies of observables in pp → W → lνl and pp → γ , Z → l+l− processes at the LHC.

gauge fields and Higgs bosons may or may not all propagate in the fifth dimension while the observable matter is always assumed to be confined to a 4-dimensional subspace. We pay particular attention to consistently quantize the higher-dimensional models in the generalized

Squark cascade decays to charginos/neutralinos: Gluon radiation

{R}_{\ensuremath{\xi}}

Quantization and high energy unitarity of 5D orbifold theories with brane kinetic terms

gauge and derive analytic expressions for the mass spectrum of the resulting Kaluza-Klein states and their couplings to matter. Based on recent data from electroweak precision tests, we improve previous limits obtained in the 5-dimensional standard model with a common compactification radius and extend our analysis to other possible 5-dimensional standard-model constructions. We find that the usually derived lower bound of

EW corrections to Higgs strahlung at the Tevatron and the LHC with HAWK

\ensuremath{\sim}4 \mathrm{TeV}