We discuss strategies to determine hadronic decay couplings from lattice studies. As an application, we explore the decay of a vector meson to two pseudoscalar mesons with $N_f=2$ flavours of sea quark. Although we are working with quark masses that do not allow a physical decay, we show how the transition rate can be evaluated from the amplitude for $\rho \to \pi \pi$ and from the annihilation component of $\pi \pi \to \pi \pi$. We explore the decay amplitude for two different pion momenta and find consistent results. The coupling strength we find is in agreement with experiment. We also find evidence for a shift in the $\rho$ mass caused by mixing with two pion states
We present a calculation of the leptonic decay-constant ratio f(kappa)/f(pi) in 2+1 flavor QCD. Our ...
An analysis of the pion mass and pion decay constant is performed using mixed-action lattice QCD cal...
We report a direct lattice calculation of the K to ππ decay matrix elements for both the ΔI = 1/2 an...
We explore the decay of a vector meson to two pseudoscalar mesons on the lattice with $N_f=2$ flavou...
I discuss strategies to determine hadronic decay couplings from lattice studies. As a check of the m...
AbstractWe explore the decay of a vector meson to two pseudoscalar mesons on the lattice with Nf=2 f...
Hadronic decays and transitions are a key ingredient of hadronic physics. I discuss how hadronic dec...
We explore the transitions B$(0^+)$ to B $\pi$ and B$_s(0^+)$ to B K from lattice QCD with $N_f=2$ f...
We evaluate the Lambda(c)Sigma(c)pi coupling constant (G(Lambda c)Sigma(c)pi) and the width of the s...
We evaluate the ΛcΣcπ coupling constant (GΛcΣcπ) and the width of the strong decay Σc→Λcπ in 2+1 fla...
A decay width calculation for a hybrid exotic meson h, with JPC=1-+, is presented for the channel h-...
In this work the calculation of the ρ resonance's decay parameters with Nf = 2+1+1 flavour lattice Q...
We investigate a lattice determination of the running coupling defined in the MOM-tilde scheme to se...
Using established relations between the scattering matrix in infinite volume and the two-particle sp...
Most experiments in particle physics are scattering experiments, the analysis of which leads to mass...
We present a calculation of the leptonic decay-constant ratio f(kappa)/f(pi) in 2+1 flavor QCD. Our ...
An analysis of the pion mass and pion decay constant is performed using mixed-action lattice QCD cal...
We report a direct lattice calculation of the K to ππ decay matrix elements for both the ΔI = 1/2 an...
We explore the decay of a vector meson to two pseudoscalar mesons on the lattice with $N_f=2$ flavou...
I discuss strategies to determine hadronic decay couplings from lattice studies. As a check of the m...
AbstractWe explore the decay of a vector meson to two pseudoscalar mesons on the lattice with Nf=2 f...
Hadronic decays and transitions are a key ingredient of hadronic physics. I discuss how hadronic dec...
We explore the transitions B$(0^+)$ to B $\pi$ and B$_s(0^+)$ to B K from lattice QCD with $N_f=2$ f...
We evaluate the Lambda(c)Sigma(c)pi coupling constant (G(Lambda c)Sigma(c)pi) and the width of the s...
We evaluate the ΛcΣcπ coupling constant (GΛcΣcπ) and the width of the strong decay Σc→Λcπ in 2+1 fla...
A decay width calculation for a hybrid exotic meson h, with JPC=1-+, is presented for the channel h-...
In this work the calculation of the ρ resonance's decay parameters with Nf = 2+1+1 flavour lattice Q...
We investigate a lattice determination of the running coupling defined in the MOM-tilde scheme to se...
Using established relations between the scattering matrix in infinite volume and the two-particle sp...
Most experiments in particle physics are scattering experiments, the analysis of which leads to mass...
We present a calculation of the leptonic decay-constant ratio f(kappa)/f(pi) in 2+1 flavor QCD. Our ...
An analysis of the pion mass and pion decay constant is performed using mixed-action lattice QCD cal...
We report a direct lattice calculation of the K to ππ decay matrix elements for both the ΔI = 1/2 an...