Speaker
Dr
Andrea Shindler
(Humboldt University (DE))
Description
Present and future experiments will reach unprecedented precision in the measurements of physical quantities related to B-physics. Therefore an accurate theoretical determination of intrinsically non-perturbative parameters, relevant for studies of B-physics, is required in many phenomenological analyses to further constrain the Standard Model and to explore New Physics scenarios. The goal of lattice QCD calculations is to provide the required non-perturbative information with competitive statistical and systematic errors. Despite the intrinsic difficulties in simulating the non-perturbative dynamic of the b-quark with currently numerically affordable lattice spacings, B-physics quantities can nevertheless be calculated with high precision. I will present results for selected physical quantities obtained employing a well tested, though recently developed, method.
Author
Dr
Andrea Shindler
(Humboldt University (DE))
Co-authors
Dr
Benoit Blossier
(Université de Paris XI, Centre d’Orsay)
Prof.
Chris Michael
(University of Liverpool)
Dr
David Palao
(Università di Tor Vergata)
Dr
Francesco Sanfilippo
(Université de Paris XI, Centre d'Orsay)
Prof.
Giancarlo Rossi
(Università di Tor Vergata and INFN)
Dr
Gregorio Herdoiza
(Universidad Autònoma de Madrid)
Nuria Carrasco Vela
(Instituto de Fisica Corpuscular (IFIC)-Universitat de Valencia-U)
Dr
Petros Dimopoulos
(Università di Roma Tor Vergata and INFN)
Dr
Roberto Frezzotti
(Università di Roma Tor Vergata and INFN)
Prof.
Silvano Simula
(Università di Roma Tre)
Prof.
Vicent Gimenez Gomez
(Universitat de Valencia-CSIC)
Prof.
Vittorio Lubicz
(Università di Roma Tre and INFN)
Dr
cecilia tarantino
(University Roma Tre)
