Event calendar file
7-12 June 2018
Auditorium Maximum
Europe/Warsaw timezone
15th International Workshop on Meson Production, Properties and Interaction
Plenary Session
Place
Location: Auditorium Maximum
Date:
from 7 Jun 09:00 to 12 Jun 14:00
Conveners
-
7 Jun 09:00 - 11:00
- Stroeher, Hans (Forschungszentrum Juelich)
-
7 Jun 11:30 - 13:30
Plenary Session
- Krusche, Bernd (University of Basel)
-
8 Jun 09:00 - 11:00
Plenary Session
- Ritman, James (Forschungszentrum Juelich GmbH)
-
8 Jun 11:30 - 13:30
Plenary Session
- Guaraldo, Carlo (Istituto Nazionale Fisica Nucleare (INFN) Laboratori Nazionali di Frascati (LNF))
-
9 Jun 09:00 - 11:00
Plenary Session
- Szczurek, Antoni (Institute of Nuclear Physics PAN, Krakow and Rzeszow University, Rzeszow)
-
9 Jun 11:30 - 13:30
Plenary Session
- Oset, Eulogio (University of Valencia)
-
11 Jun 09:00 - 11:00
Plenary Session
- Gal, Avraham (Hebrew University, Jerusalem, ISRAEL)
-
11 Jun 11:30 - 13:30
Plenary Session
- Briscoe, William (The George Washington Unoversity)
-
12 Jun 09:00 - 11:00
Plenary Session
- Zou, Bingsong (Institute of Theoretical Physics, CAS)
-
12 Jun 11:30 - 14:00
Plenary Session
- Szczepaniak, Adam (Indiana University/ JLab)
Timetable | Contribution List
Displaying 40
contributions
out of
40
The study of $\eta$ mesons has been one of the main objectives of the WASA experiment, ever since its relocation to the accelerator complex COSY at the
Research Center Jülich. As the interaction of $\eta$ mesons with nucleons is attractive in s-wave, with the $S_{11}(1535)$ resonance situated close to the $\eta N$ threshold, studying the properties of $\eta N$ and $\eta A$ interactions has lon
... More
Presented by Nils HÜSKEN
on
8/6/2018
at
9:30
Hadron Spectroscopy experienced a renaissance over the last decade in both meson and baryon sectors, initially triggered by the discovery of the enigmatic $X,\ Y,\ Z$ states. The discussion on unconventional quark-gluon compositions to understand their internal structure is in meanwhile expanded to other baryonic states in the charm sector, e.g. the pentaquark candidates observed at LHCb. Old pro
... More
Presented by Hartmut SCHMIEDEN
on
11/6/2018
at
11:00
Within the broad physics programme of the COMPASS collaboration at CERN SPS, soft reactions of high-energy hadron beams on different nuclear targets are investigated. Aiming at a better understanding of the strong interaction, novel results range from tests of chiral symmetry breaking to properties of diffractively produced meson resonances studied in their multi-particle decays, such as the $a_1(
... More
Presented by Jan FRIEDRICH
on
11/6/2018
at
10:30
LHCb is an ideal detector for the investigation of central exclusive production (CEP), as it is fully
instrumented between pseudorapidities of 2 and 5, operates in low pile-up conditions and has special low-multiplicity triggers for muons and hadrons. In 2015, a new sub-detector, HeRSCheL, consisting of five planes of scintillators was installed on both sides of LHCb in the LHC tunnel in order
... More
Presented by Ronan MCNULTY
on
12/6/2018
at
10:00
We report the measurement of light- and heavy-flavor hadron production in central ($|\eta|< 0.9$) and forward ($-4.0<\eta<-2.5$) rapidities in pp ($\sqrt{s}=2.76~{\rm TeV}$, $5.02~{\rm TeV}$ and $7~{\rm TeV}$), p-Pb ($\sqrt{s_{\rm NN}}=5.02~{\rm TeV}$), Xe-Xe ($\sqrt{s_{\mathrm NN}} = 5.44~{\rm TeV}$) and Pb-Pb ($\sqrt{s_{\mathrm NN}} = 2.76~{\rm TeV}$ and $5.02~{\rm TeV}$) collisions with ALICE
... More
Presented by Jacek OTWINOWSKI
on
9/6/2018
at
8:00
The isobar model EtaMAID has been updated with new high precision data on proton and neutron from MAMI, ELSA, GRAAL and CLAS. The background is described in a recently developed Regge-cut model. The resonance sector receives contributions from up to 21 N* resonances, up to 12 show also decays into the etaprime channel. A new method is discussed to avoid double counting in the overlap region of Reg
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Presented by Lothar TIATOR
on
12/6/2018
at
7:30
DIRAC is an experiment
which aims to study double-exotic atoms formed
by $\pi$- and $K$-mesons
to check the QCD predictions.
DIRAC is a fixed target experiment
which uses the proton beam,
extracted from the CERN Proton Synchrotron
at 24 GeV/c.
Exotic hydrogen-like atoms are generated in
relativistic proton-nuclei collisions and later
identified through characteristic ("atomic'') pairs of
... More
Presented by Mikhail ZHABITSKY
on
8/6/2018
at
7:30
With about 12 fb$^{-1}$ collected, useful data set for $XYZ$ new resonances, BESIII continues the exploration of these exotic charmonium-like states. In these talk, recent results of the measurements of the line-shape of $e^+ e^- \to$ (3686),
$K^+ K^-$ J/, and $D^0 D^{\ast -}$, as well as the $J^P$ determination of $Z_c(3900)$ and $Z_c(3900)$ observation in $e^+ e^-
... More
Presented by Riccardo FARINELLI
on
7/6/2018
at
8:30
TBA
Presented by Paolo GIUBELLINO
on
7/6/2018
at
10:00
Since the discovery of the $J/\Psi$ the quark model was very successful describing the spectrum and properties of heavy mesons including only $q\bar q$ components. However since 2003, with the discovery of the $X(3872)$, many states that can not be accommodated on the naive quark model have been discovered, and they made unavoidable to include higher Fock components on the heavy meson states. We w
... More
Presented by David RODRIGUEZ ENTEM
on
9/6/2018
at
10:00
The exploration of QCD phase diagram and study of the dynamics and mechanism of particle production in heavy-ion collisions is one of the current research interest in the field of high energy physics. In addition, the search for the QCD critical point in the phase diagram has been the main motivation to carry out the Beam Energy Scan program at the Relativistic Heavy Ion Collider (RHIC) facility a
... More
Presented by Hanna ZBROSZCZYK
on
9/6/2018
at
8:30
The GlueX experiment is housed in the newest experimental hall at the Thomas Jefferson National Accelerator facility in Newport News, Virginia. It was successfully commissioned in 2015 and is in its third year of data taking. GlueX uses a 12 GeV electron beam incident on a diamond radiator, producing a linearly polarized, coherent Bremsstrahlung photon beam. The ultimate goal of GlueX is to searc
... More
Presented by Thomas BRITTON
on
8/6/2018
at
8:00
The BESIII experiment at the electron positron collider BEPCII in Beijing is successfully operating since 2008 and has collected large data samples in the $\tau$-mass region, including the world’s largest data samples at the $J/\psi$ and $\psi'$ resonances. In particular decays of these two resonances provide a rich and clean environment to study hadrons consisting out of light quarks and search
... More
Presented by Wencheng YAN
on
12/6/2018
at
11:00
The AMADEUS collaboration is performing experimental investigations in the low energy strangeness QCD sector.
The K− nuclear absorbtion processes on light nuclear targets are studied, taking advantage of the monochromatic low-momentum negatively charged kaons produced by the DAFNE collider and exploiting the KLOE detector as an active target. The K− single and multi-nuclear absorptions on H
... More
Presented by Kristian PISCICCHIA
on
11/6/2018
at
7:30
The A2 Collaboration has endeavored to improve the understanding of the structure of mesons and nucleons by studying the photoproduction of the former off of the latter. These studies were performed in the A2 hall at the Mainz Microtron (MAMI), where tagged photons, unpolarized or either linearly or circularly polarized, up to energies of 1.6 GeV impinge upon proton or deuteron targets, also eithe
... More
Presented by Philippe MARTEL
on
12/6/2018
at
8:30
The mission of the Joint Physics Analysis Center (JPAC) is to provide theoretical support for analysis and interpretation of data from hadron physics experiments, with primary focus on the operations at JLab12. In this talk I will give an overview of the projects and present results of a few key analysis carried out recently at JPAC.
Presented by Adam SZCZEPANIAK
on
11/6/2018
at
9:30
In the talk, I will overview the recent progress in Lattice QCD techniques related to different aspects of meson physics. In particular, I will present calculations of the mass spectrum, decay constants, pion form factors, moments of meson distribution amplitudes as well as results from a direct evaluation of meson distribution amplitudes and eventually results for $\eta/\eta'$ masses and decay co
... More
Presented by Piotr KORCYL
on
9/6/2018
at
9:30
Outlook
Presented by Laura FABBIETTI
on
12/6/2018
at
11:30
Less than a decade after the first observation of X-rays from
kaonic atoms, strong interaction level shifts and widths were
measured directly, in addition to transition yields that indirectly
provide informaion on level widths. Experiments between the
mid-1970s and mid-1980s provided good quality data for 24 nuclear
species from Li to U, that serve up to now as the data-base fo
... More
Presented by Eliahu FRIEDMAN
on
11/6/2018
at
7:00
We show that the $\Phi$-derivable formulation of the cluster virial expansion for quark–hadron matter contains the quark Pauli blocking effect in the lowest order expansion with respect to the backreaction of hadrons on the quark dynamics.
We discuss two examples for the application of the approach. First the quark Pauli blocking in the pion gas is shown to explain the repulsive $I=2$ phase s
... More
Presented by David BLASCHKE
on
7/6/2018
at
10:30
In 2015 LHCb reported the discovery of two pentaquark resonances in the decay of lambda b baryons. Various interpretations into the nature of these pentaquarks predict that they are in fact part of a larger multiplet of exotic states. Searches for these states, as well as further exotic hadrons that do not conform to the established quark-anti-quark meson and three-quark baryon model are a main fo
... More
Presented by Nicola SKIDMORE
on
7/6/2018
at
8:00
A secondary beam of neutral kaons has been proposed for Hall D at Jefferson Lab; this beam line is to be used with the GlueX experimental setup for strange hadron spectroscopy. A flux on the order of $3\times10^4\ K_L$/s will allow a broad range of measurements to be made by improving the statistics of previous data obtained on hydrogen targets by three orders of magnitude. Use of a deuteron targe
... More
Presented by William BRISCOE
on
7/6/2018
at
9:30
Since pions are the lowest-mass messengers of subnucleonic degrees of freedom,
the production of one or more pions in nucleon-nucleon collision processes is
outstandingly suited to search for resonances in the two-baryon
system. Already in the fifties, first experiments on single-pion production
found first indications for a resonance near the $\Delta N$ threshold. But it took
until the begin
... More
Presented by Tatiana SKORODKO
on
11/6/2018
at
8:00
Session:
Plenary Session
Oral, 2-minute presentations of posters, which will be exhibited in the poster session in the afternoon.
on
9/6/2018
at
10:30
85 years after the first hadronic molecule, the deuteron, was discovered, now we have a few candidates for its analogies. I will review some recent progress in this field.
Presented by Bing-Song ZOU
on
12/6/2018
at
10:30
Recently there has been much interest in the pair production of
quarkonia (charmonia, bottomonia). There are two main motivations behind
these studies: first, these processes may help to differentiate
between different proposed production mechanisms via color-octet and
color-singlet $Q\bar Q$-pair production.
Second, the production of quarkonium pairs is expected to receive
an important
... More
Presented by Wolfgang SCHAEFER
on
12/6/2018
at
9:30
Two high-energy photon beamlines, LEPS and LEPS2, have been operated at SPring-8. In both beamlines, linearly polarized photon beams up to 2.9 GeV produced by laser-induced backward Compton scattering from 8 GeV electrons have been used to study quark-nuclear physics via the photoproduction of hadrons. The LEPS experiments have been carried out mainly using the forward charged-particle spectromete
... More
Presented by Masaru YOSOI
on
12/6/2018
at
8:00
Recent calculations of the pion-nucleon scattering in covariant baryon chiral perturbation theory with explicit $\Delta$ resonances will be presented.
Two-loop results of the widths of the $\Delta$- and Roper resonances will be discussed in the framework of an effective field theory with nucleons, pions and the Roper and $\Delta$ resonances as dynamical degrees of freedom.
Presented by Jambul GEGELIA
on
8/6/2018
at
8:30
The decay $K^{+} \to \pi^{+} \nu \nu$, with a very precisely predicted branching ratio of less than $10^{-10}$, is one of the best candidates to reveal indirect effects of new physics at the highest mass scales. The NA62 experiment at CERN SPS is designed to measure the branching ratio of the $K^{+} \to p+ nn$ with a decay-in-flight technique, novel for this channel. NA62 took data in 2016, 2017 a
... More
Presented by Nicolas LURKIN
on
8/6/2018
at
10:00
The possible existence of strongly-bound $\bar K$ nuclear-states has
been widely discussed as a consequence of the strongly attractive
$\bar K N$ interaction in I = 0 channels.
Experimentally, however, available information is not sufficient to
discriminate between a variety of conflicting interpretations so far.
To break through this situation, we have performed an experimental
search for t
... More
Presented by Fuminori SAKUMA
on
11/6/2018
at
8:30
The possible existence of η-mesic nuclei where the η meson is bound with nucleus via the strong interaction, initially postulated by Haider and Liu [1] over thirty years ago, is intensively debated by the scientific community. Some theories predict that ηN interaction is strong enough to form bound states even for the light nuclei like helium, however there are still no model independent calcul
... More
Presented by Magdalena SKURZOK
on
12/6/2018
at
7:00
One of the most striking phenomenon of QCD is the formation of the nucleon out of massless gluons and almost massless quarks. This system of confined quarks and gluons serves as the basic constituent of ordinary baryonic matter and exhibits the characteristic spectra of excited states, which are sensitive to the details of quark confinement. Complementary to nucleon structure studies, nucleon exci
... More
Presented by Volker CREDE
on
11/6/2018
at
10:00
We give a review of selected results on meson studies at Belle.
Mechanisms of meson production are presented for conventional light
and heavy mesons as well as for so called XYZ states. Examples of
new states discovered at Belle are given. Also discussed are
expectations for future experiments at Belle II.
Presented by Simon EIDELMAN
on
7/6/2018
at
7:30
The interaction between hadrons has sometimes the consequence that bound states and resonances are formed, involving four quarks for mesons and five quarks for baryons, although they cluster in the form of more elementary mesons and baryons. I select two examples: the $D^\ast \bar D^\ast$, $D^\ast_{s} \bar D^\ast_{s}$ interaction leading to some $XYZ$ states in the region of 4000 MeV and the inter
... More
Presented by Eulogio OSET
on
8/6/2018
at
7:00
The CLAS12 experiment in Hall B at Jefferson Lab aims at investigating the hadron structure and spectrum by making use of the 12 GeV electron beam provided by the CEBAF accelerator. The CLAS12 physics program includes the study of the 3D structure of the nucleon, the study of the baryon and meson spectrum and structure, the search for exotic states and the study of quark hadronization and nuclear
... More
Presented by Lei GUO
on
7/6/2018
at
11:00
The muon anomaly $a_\mu=(g_\mu-2)/2$ showing a persisting
3 to 4 $\sigma$ deviation between the SM prediction and the experiment is one of the most promising signals for physics beyond the SM. As is well known, the hadronic uncertainties are limiting the accuracy of the Standard Model prediction. Therefore a big effort is going on to improve the evaluations of hadronic effects in order to keep u
... More
Presented by Fred JEGERLEHNER
on
9/6/2018
at
7:30
The analysis methods for the meson pion-induced and photo-production methods are discussed. The resent results from the Bonn-Gatchina group are presented and compared with the results of other partial wave analysis groups.
Presented by Andrey SARANTSEV
on
8/6/2018
at
11:00
Dilepton radiation from the exploding fireballs formed in energetic collisions of heavy nuclei provides a unique opportunity to investigate medium modifications of the light vector mesons. We discuss theoretical calculations of in-medium spectral functions and how they can help to interpret the experimentally measured dilepton spectra in heavy-ion collisions over a large range of energies, providi
... More
Presented by Ralf RAPP
on
9/6/2018
at
7:00
The High Acceptance Di-Electron Spectrometer (HADES) [1] installed at GSI is a versatile detector, which was originally designed to study medium effects in $e^+e^-$ production in heavy-ion reactions in the SIS-18 energy range (1-2 GeV/nucleon). Its excellent particle identification capabilities allowed for a systematic investigation of dielectron, strange particles and pion production in proton, d
... More
Presented by Beatrice RAMSTEIN
on
8/6/2018
at
10:30
