14 papers
Extracting production fractions of hadrons from exclusive semi-leptonic decays
Carolina Bolognani, Martin Jung, Méril Reboud +1
Ratios of production fractions of hadrons are a dominant source of uncertainty in many LHC analyses, in particular in measurements with mesons. The currently used value f…
CP Violation in Decays: Standard Model Benchmarks and Isospin-Breaking New Physics
Robert Fleischer, Jelle Groot, K. Keri Vos
The penguin loop-suppressed decays are highly sensitive to contributions of hypothetical heavy new particles. Particularly interesting probes for testing the Standard Mod…
Detailed Flavour Symmetry Analysis of Charmless Two-Body -Meson Decays Including Factorizable Corrections
M. Burgos Marcos, M. Reboud, K. K. Vos
We study the decays of mesons into light pseudoscalar mesons under the flavour symmetry. Assuming exact symmetry at the level of the amplitudes leads to a…
Extending the Kinetic Mass to Higher Orders in
Thomas Mannel, Ilija S. Milutin, Rens Verkade +1
Currently, the kinetic mass is defined in terms of the pole mass and operators at order , which are known to NLO accuracy in . At the same time, the Heavy Quark…
From mesons to the baryon asymmetry: a unified Mesogenesis Framework
M. Burgos Marcos, A. Verheyden, K. K. Vos
mesogenesis offers an interesting mechanism to generate the baryon asymmetry of the universe by converting the CP violation of the Standard Model into a net baryon number asymm…
Standard Model Benchmarks for Decays
Robert Fleischer, Maria Laura Piscopo, K. Keri Vos +1
The non-leptonic and decays are powerful probes of the Standard Model and are related to each other through the -spin symmetry of the strong i…