An analytic result for the O(alpha_s corrections to the triple differential B -> X_u l nu decay rate is presented, to leading order in the heavy-quark expansion. This is relevant for computing partially integrated decay distributions with arbitrary cuts on kinematic variables. Several double and single differential distributions are derived, most of which generalize known results. In particular, an analytic result for the O(alpha_s) corrections to the hadronic invariant mass spectrum is presented. The effects of Fermi motion, which are important for the description of decay spectra close to infrared sensitive regions, are included. The behaviour of perturbation theory in the region of time-like momenta is also investigate
The hadronic annihilation rate of 1(+-) heavy quarkonium is given to next-to-leading order in alpha(...
The main obstacle in describing inclusive decay spectra in QCD - which, in particular, limits the pr...
The determination of the QCD running coupling constants alpha(s)(m(c)) and alpha(s)(m(b)) is studied...
An analytic result for the O({alpha}{sub s}) corrections to the triple differential B {r_arrow} X{su...
We investigate the leading power corrections to the decay rates and distributions in the decay B#-&g...
We compute the leading order (in #alpha#_s perturbative QCD and power (1/m"2_b) corrections) to...
Abstract: We describe a calculation of the fully-differential decay rate of a top quark to a massles...
We investigate the leading power corrections to the decay rates and distributions in the decay $B \r...
We investigate the leading power corrections to the decay rates and distributions in the decay $B \r...
We present ``state-of-the-art'' theoretical expressions for the triple differential B->X_u l nu deca...
We calculate the leading power corrections to the decay rates, distributions and hadronic spectral m...
The main obstacle in describing inclusive decay spectra in QCD — which, in particular, limits the pr...
Using the expression of the dynamical gluon mass obtained through the operator product expansion we ...
The evolution of outgoing quarks and gluons into outgoing hadrons (the analog of parton decay functi...
We compute the leading order (in #alpha#_s) perturbative QCD and power (1/m_b"2) corrections to...
The hadronic annihilation rate of 1(+-) heavy quarkonium is given to next-to-leading order in alpha(...
The main obstacle in describing inclusive decay spectra in QCD - which, in particular, limits the pr...
The determination of the QCD running coupling constants alpha(s)(m(c)) and alpha(s)(m(b)) is studied...
An analytic result for the O({alpha}{sub s}) corrections to the triple differential B {r_arrow} X{su...
We investigate the leading power corrections to the decay rates and distributions in the decay B#-&g...
We compute the leading order (in #alpha#_s perturbative QCD and power (1/m"2_b) corrections) to...
Abstract: We describe a calculation of the fully-differential decay rate of a top quark to a massles...
We investigate the leading power corrections to the decay rates and distributions in the decay $B \r...
We investigate the leading power corrections to the decay rates and distributions in the decay $B \r...
We present ``state-of-the-art'' theoretical expressions for the triple differential B->X_u l nu deca...
We calculate the leading power corrections to the decay rates, distributions and hadronic spectral m...
The main obstacle in describing inclusive decay spectra in QCD — which, in particular, limits the pr...
Using the expression of the dynamical gluon mass obtained through the operator product expansion we ...
The evolution of outgoing quarks and gluons into outgoing hadrons (the analog of parton decay functi...
We compute the leading order (in #alpha#_s) perturbative QCD and power (1/m_b"2) corrections to...
The hadronic annihilation rate of 1(+-) heavy quarkonium is given to next-to-leading order in alpha(...
The main obstacle in describing inclusive decay spectra in QCD - which, in particular, limits the pr...
The determination of the QCD running coupling constants alpha(s)(m(c)) and alpha(s)(m(b)) is studied...