Add to ORKGWe present the results of the first direct determination of the g_{D^* D pi} coupling using lattice QCD. From our simulations in the quenched approximation, we obtain g_{D^* D pi} = 18.8 +/- 2.3^{+1.1}_{-2.0} and hat(g) = 0.67 +/- 0.08^{+0.04}_{-0.06}. It is in agreement with a recent experimental result from CLEO
I describe a calculation of the B*B? coupling in lattice QCD. The B*B? coupling is directly related ...
We compute g_{D* D pi} and g_{B* B pi} using a framework in which all elements are constrained by Dy...
Light-cone QCD sum rules are employed to compute the strong coupling constants: g_{B^* B^* pi}, g_{B...
AbstractThe static B⁎Bπ coupling, gˆχ, a low energy constant in the leading order heavy meson chiral...
Developments in high-performance computing instruments and advancements in the numerical algorithms ...
The coupling $g_{B^\ast B \pi}$ is related to the form factor at zero momentum of the axial current ...
The static B∗Bpi coupling, ĝχ, a low energy constant in the leading order heavy meson chiral Lagran...
The static $B^{*}B\pi$ coupling, $\hat{g}_\chi$, a low energy constant in the leading order heavy me...
The static $B^{*}B\pi$ coupling, $\hat{g}_\chi$, a low energy constant in the leading order heavy me...
The strong g-coupling characterizes the interaction of heavy mesons with pions in typical vertices $...
The static $B^{*}B\pi$ coupling, $\hat{g}_\chi$, a low energy constant in the leading order heavy me...
We present the results of a quenched lattice QCD study of the coupling $\hat g$, in the static heavy...
AbstractBy means of QCD simulations on the lattice, we compute the coupling of the heavy–light meson...
In a recent letter [Phys. Rev. Lett. 108, 172003 (2012)] we have reported on a lattice QCD calculati...
We compute g(D*D pi) and g(B*B pi) using a framework in which all elements are constrained by Dyson-...
I describe a calculation of the B*B? coupling in lattice QCD. The B*B? coupling is directly related ...
We compute g_{D* D pi} and g_{B* B pi} using a framework in which all elements are constrained by Dy...
Light-cone QCD sum rules are employed to compute the strong coupling constants: g_{B^* B^* pi}, g_{B...
AbstractThe static B⁎Bπ coupling, gˆχ, a low energy constant in the leading order heavy meson chiral...
Developments in high-performance computing instruments and advancements in the numerical algorithms ...
The coupling $g_{B^\ast B \pi}$ is related to the form factor at zero momentum of the axial current ...
The static B∗Bpi coupling, ĝχ, a low energy constant in the leading order heavy meson chiral Lagran...
The static $B^{*}B\pi$ coupling, $\hat{g}_\chi$, a low energy constant in the leading order heavy me...
The static $B^{*}B\pi$ coupling, $\hat{g}_\chi$, a low energy constant in the leading order heavy me...
The strong g-coupling characterizes the interaction of heavy mesons with pions in typical vertices $...
The static $B^{*}B\pi$ coupling, $\hat{g}_\chi$, a low energy constant in the leading order heavy me...
We present the results of a quenched lattice QCD study of the coupling $\hat g$, in the static heavy...
AbstractBy means of QCD simulations on the lattice, we compute the coupling of the heavy–light meson...
In a recent letter [Phys. Rev. Lett. 108, 172003 (2012)] we have reported on a lattice QCD calculati...
We compute g(D*D pi) and g(B*B pi) using a framework in which all elements are constrained by Dyson-...
I describe a calculation of the B*B? coupling in lattice QCD. The B*B? coupling is directly related ...
We compute g_{D* D pi} and g_{B* B pi} using a framework in which all elements are constrained by Dy...
Light-cone QCD sum rules are employed to compute the strong coupling constants: g_{B^* B^* pi}, g_{B...