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Prof.
Stephan Paul
(TU-Mรผnchen)
13/06/2011, 08:50
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Prof.
Norbert Kaiser
(TUM)
13/06/2011, 09:00
In this talk, I review the description of low-energy pion-Compton scattering in chiral perturbation theory. At one-loop order, the effects due to the pion structure consist of the electric and magnetic polarizabilities (subject to the constraint $\alpha_\pi+\beta_\pi =0$) and a unique pion-loop correction interpretable as photon scattering off the ``pion-cloud around the pion''. The latter...
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Sebastian Neubert
(Technische Universitรคt Mรผnchen)
13/06/2011, 09:30
I will review recent experimental developments and new results in the field of light meson spectroscopy.
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Dr
Sinead Ryan
(Trinity College Dublin)
13/06/2011, 10:00
Recent progress in the calculation of meson spectroscopy and resonances from lattice QCD will be discussed. Current challenges will be reviewed and a roadmap for future calculations will be presented.
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Claudia Patrignani
(University and INFN Genova)
13/06/2011, 10:30
New and recent results from B factories on conventional heavy flavor mesons will be presented, including properties of excited D and Ds mesons, new measurements of eta_c(nS) properties, the observation of h_b(nP) states and new precision measurements of bottomonium radiative and hadronic transitions
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Fulvia De Fazio
(INFN Bari)
13/06/2011, 11:30
I discuss the recent developments in the heavy meson spectroscopy. Among the newly discovered states, I consider in particular the charmed mesons with strangeness and the puzzling meson X(3872),
underlying strategies for their proper classification.
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Randolf Pohl
(Max-Planck-Institut fรผr Quantenoptik)
13/06/2011, 12:00
The charge radius Rp of the proton has so far been known only with a precision of about 1% from both electron scattering and precision spectroscopy of hydrogen.
We have recently determined Rp by means of laser spectroscopy of the exotic "muonic hydrogen" atom [1]. Here, the muon, which is the 200 times heavier cousin of the electron, orbits the proton with a 200 times smaller Bohr radius....
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Antonio Pineda
(Universitat Autรฒnoma de Barcelona)
13/06/2011, 12:30
Recently the muonic hydrogen lamb shift has been measured with unprecedented accuracy [R. Pohl et al, Nature vol. 466, p. 213 (2010)], allowing for a precise determination of the proton radius. This determination is 5 sigma away from the previous CODATA value obtained from (mainly) the hydrogen lamb shift and the electron-proton scattering. Within an effective field theory formalism, I will...
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Joerg Pretz
(Universitaet Bonn)
14/06/2011, 09:00
In the Quark Parton Model, the nucleon is successfully described in terms of parton distribution functions (PDFs). Whereas unpolarized parton distributions like $q(x)$ and $g(x)$ interpreted as number densities of quarks and gluons at a given longitudinal momentum fraction $x$ in the nucleon are relatively well known, distribution involving polarization degrees of freedom are less well...
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Mauro Anselmino
(Universitร degli Studi di Torino)
14/06/2011, 09:30
Recently, the exploration of the partonic composition of protons and neutrons has entered a new phase, with the study of the three-dimensional momentum and space structure. New theoretical concepts like the Transverse Momentum Dependent Distributions (TMDs) help to describe the momentum distributions of partons inside nucleons. Several dedicated experiments are running, being built or planned....
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Reinhard Beck
(Rheinische Friedrich-Wilhelms-Universitรคt Bonn)
14/06/2011, 10:00
One of the open challenges in subnuclear physics is to understand the non-perturbative regime of Quantum Chromodynamics, including the world of the nucleon and its excitations. One of the key issues here is to identify the relevant degrees-of-freedom and the effective forces between them. A necessary step towards this aim is a precise knowledge of the experimental spectrum and the properties...
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James Zanotti
(University of Edinburgh)
14/06/2011, 10:30
Lattice simulations of hadronic structure are now reaching a level
where they are able to not only complement, but also provide guidance
to current and forthcoming experimental programmes. In this talk I
will discuss recent progress that has been made in this area, focussing
on the electromagnetic form factors of the nucleon and the pion, the
nucleon axial charge and the vacuum...
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Elke Aschenauer
(BNL)
14/06/2011, 11:30
A myriad of new techniques and technologies made it possible to inaugurate
the Relativistic Heavy Ion Collider (RHIC) at Brookhaven National
Laboratory as the world's first high-energy polarized proton collider in
December 2001.
RHIC delivers polarized proton-proton collisions at a center of mass
energies of up to 500 GeV. This unique environment provides opportunities
to study the...
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Mathias Butenschรถn
(Universitรคt Hamburg)
14/06/2011, 12:00
These are exciting times for quarkonium production. New theoretical advances are coinciting with the awaited measurement of new observables at the LHC. Progress has been made in testing different production mechanism for the heavy quarkonia. For instance, recently, a global data analysis of J/psi production within the framework of nonrelativistic QCD was performed at NLO accuracy, hinting at...
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Yuanning Gao
(Tsinghua University)
14/06/2011, 12:30
The recent results from the ALICE, ATLAS, CMS and LHCb experiments on charmonium and charmonium-like production in $pp$ collisions at the LHC, based on data collected in 2010, are presented. This talk will cover the following topics:
- Strategy and results on the measurement of the differential cross-section of J/ฯ production as a function of transverse momentum and rapidity;
- The...
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Mikko Laine
(Universitรคt Bielefeld)
15/06/2011, 09:00
Some of the modifications that a thermal medium, of the type generated in heavy ion collision experiments at the LHC, may impose on the properties of hadrons, are reviewed. The focus will be on hadrons including at least one heavy quark (c or b).
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Dr
Ilya Selyuzhenkov
(EMMI/GSI)
15/06/2011, 09:30
A new era has started in the field of relativistic heavy ion physics with lead beams delivered by the Large Hadron Collider (LHC) in November 2010. In this talk I will highlight main results from experimental measurements with Pb-Pb collisions at the incident energy of 2.76 TeV/nucleon recorded by LHC experiments. Recent experimental developments from the Relativistic Heavy Ion Collider (RHIC)...
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Dr
Andreas Juettner
(CERN)
15/06/2011, 10:00
We review lattice results relevant for pion and kaon physics with the aim of making them easily accessible to the particle physics community. We introduce quality criteria and use these when forming averages. Although subjective and imperfect, these criteria may help the phenomenologist to judge different aspects of current lattice computations.
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Antonio Vairo
(Technische Universitรคt Mรผnchen)
15/06/2011, 10:30
I will review some recent progress in our understanding of quarkonium at zero and finite temperature underlining the common theoretical framework that is at its basis.
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Nuno Leonardo
(Purdue University)
15/06/2011, 11:30
A new era of precision studies of the bottomonium family of states in hadron collisions, both proton-proton and heavy-ion, has opened up with the advent of the LHC. I present the first, already fully significant set of results from the LHC experiments, based on the initial LHC runs, and the prospects of forthcoming studies.
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Prof.
Hai-Bo Li
(Institute of High Energy Physics)
15/06/2011, 12:00
The BESIII experiment had taken about 106 million psi(2S), 230 million J/psi events in 2009, and 0.92 fb-1 integrated lumimosity on psi(3770) peak for D physics in 2010. We are still collecting data at the psi(3770) this year, in this summer, we will have another 2.2 fb-1. The total luminosity on psi(3770) peak will be 3.1 fb-1, which is about four times of that at CLEO-c.
The BESIII will...
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Burkhard Kรคmpfer
(Technische Universitรคt Dresden)
15/06/2011, 12:30
The talk addresses (i) the relation of QCD condensates and hadron
spectral functions and their modifications in nuclear matter within
QCD sum rules, and (ii) a hadronic transport-model description of
the observed broadening of vector mesons traversing nuclei.
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Prof.
Toshiyuki TAKAHASHI
(KEK)
15/06/2011, 13:00
J-PARC was almost competed in early 2009 and started the operational era. Nuclear and particle physics experiments are carried out in the Hadron Facility, one of three experimental facilities in J-PARC, using high-intensity secondary beams such as kaons, pions etc produced from 30 GeV proton beam. K1.8 beamline, one of four beamlines available in 2010, delivers mass separated charged particle...
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Dr
Simon Eidelman
(Budker Institute of Nuclear Physics)
16/06/2011, 09:00
We review the status of so called X, Y, Z states - charmonium-like states with many unusual properties observed in various experiments. Recent results of their studies at BaBar, Belle, Tevatron and LHC are discussed.
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Roxanne Springer
(Duke University)
16/06/2011, 09:30
I briefly review the theory landscape for addressing the X,Y, and Z
states, then discuss effective field theories for the X(3872), including
the molecular hypothesis that takes advantage of the universal properties
of states with large scattering lengths, emphasizing results
that may clarify the character of the X(3872)
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Hal Evans
(Indiana University)
16/06/2011, 10:00
The early period of data taking at the LHC has been a very fruitful
time for studies of heavy flavor production. The four large
experiments - ALICE, ATLAS, CMS, and LHCb - have all made interesting
measurements of charm and beauty production that are being compared to
state-of-the-art predictions. First observations of new heavy flavor
hadron decay modes are also emerging. I will review...
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Dr
Tetsuo Hyodo
(Tokyo Institute of Technology)
16/06/2011, 10:30
Meson-baryon interactions are the fundamental building blocks to study baryon resonances and meson properties in few-body nuclear systems. We discuss the recent progress in the investigation of meson-baryon interaction in S=-1 sector and the structure of the Lambda(1405) resonance. In particular, we present a realistic KbarN-piSigma interaction in chiral dynamics constrained by the precise...
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Kenneth H. Hicks
(Ohio University)
16/06/2011, 11:30
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Thomas Kuhr
(Universitรคt Karlsruhe)
16/06/2011, 12:00
While heavy-flavored mesons are a well-established laboratory for studying and testing QCD, much less is known about heavy-flavored baryons. In this talk the latest Tevatron results on heavy baryons are presented. These include an updated measurement of Sigma_b baryons, a Lambda_b branching ratio measurement, and a high-statistics study of charm baryons.
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Robert Edwards
(JLAB)
16/06/2011, 12:30
The determination of the excited spectrum of baryons has been a major focus of experimental efforts worldwide. Spectroscopy reveals
fundamental aspects of hadronic physics; however, the excited spectrum of light quark baryons is not well determined nor understood. Recent advances in lattice QCD calculations have enabled, for the first time, the determination of the highly excited spectrum of...
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Hirokazu Tamura
(Tohoku University)
17/06/2011, 11:30
In these 20 years, hypernuclear physics has been developed at KEK-PS, BNL-AGS and JLab-CEBAF. Now a new falicity, J-PARC, has started operation. Here I will review the progress of hyupernuclear physics in this period. The most important achievements are (1) the establishment of the (pi,K+) reaction spectroscopy at KEK using a large spectrometer called SKS, which includes neutron-rich Lambda...
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Piotr Salabura
(Jagiellonian University in Krakow)
17/06/2011, 12:00
Hadron modifications in hot and/or dense nuclear matter have been predicted by many model calculations. They are commonly discussed in scenarios of chiral symmetry restoration or hadronic many body effects (for recent review see [1]). Experiments with photon, proton and heavy ion beams are used to probe hadron properties in nuclear matter of various forms: from cold nucleus to hot and...
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Thierry Lasserre
(AstroParticule et Cosmologie Paris)
17/06/2011, 12:30
We will review the current status of experimental neutrino physics. Search for the determination of neutrino masses and oscillation parameters with terrestrial and extra-terrestrial sources will be discussed in the light of the most recent data. The anomalies discovered at accelerator, solar (calibration), reactor neutrino experiments will be presented. The interpretation of these...
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Lars Schmitt
(GSI)
17/06/2011, 14:30
In this presentation the hadron physics programme
in preparation at FAIR is presented. After an
introduction to FAIR and PANDA the main topics
of PANDA in hadron spectroscopy and hadron structure
are discussed. In an outlook future topics beyond
PANDA are shown.
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Boris Shwartz
(Budker Institute of Nuclear Physics)
17/06/2011, 14:55
In the end of June 2010, the Belle project completed its operation after 10 years of experiments and collection of more than 1000 fb-1 of integrated luminosity at the KEKB asymmetric-energy e+e- collider. The energy range of this experiment comprised the area of upsilon meson family. The world highest luminosity of the collider, 2*10^34cm-2s-1, as well as high quality and performance of the...
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Stefano Bianco
(INFN Frascati)
17/06/2011, 15:20
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Chris Quigg
(FNAL)
17/06/2011, 16:00
