In the near future experiments will be able to produce charmed hadrons almost at rest in the interior of an atomic nucleus. One of the most exciting perspectives is the possibility of studying charmonium in a dense medium. In the present communication we present results of a study that explores the possibility that J/Ψ might be bound in a large nucleus through the excitation of intermediate states of D and D* mesons. We also present results of a recent prediction for the production of Λ̄ c -Λc + in proton-antiproton annihilation experiments. © 2010 American Institute of Physics
A systematic analysis of JPC = 1++ charmoniumlike mesons with energies up to 4.0 GeV is carried out ...
In this paper, we introduce our study on the discovery potential of charmonium-like state X(3915) vi...
The spectroscopy of charmonium c ̄ c is discussed. It is a good testing tool for the theories of str...
We discuss two aspects of charmonium in medium. First, we present results of a recent study that com...
AbstractWe study the changes in the partial decay widths of excited charmonium states into DD, when ...
We report evidence for the hc state of charmonium in its ηcγ decay mode and lack of evidence in the ...
The discovery of numerous new charmonium-like structures since 2003 have revital-ized interest in ex...
We report on recent estimates of the J/Ψ mass shift in infinite nuclear matter and finite nuclei ari...
AbstractRecent results from proton(deuteron)–nucleus collisions at RHIC and LHC energies have shown ...
Collisions of deformed uranium nuclei provide a unique opportunity to study the spatial dependence o...
We examine the possibility to utilize in-medium charmonium formation in heavy-ion interactions at co...
This report presents a summary on radiative decays of the ψ states. Most of the experimental informa...
The spectroscopy of exotic states with hidden charm is discussed. Together with charmonium, these pr...
There is great recent interest in the study of bound states of charmed hadrons with atomic nuclei. T...
AbstractWe argue that relatively compact charmonium states, J/ψ, ψ(2S), χc, can very likely be bound...
A systematic analysis of JPC = 1++ charmoniumlike mesons with energies up to 4.0 GeV is carried out ...
In this paper, we introduce our study on the discovery potential of charmonium-like state X(3915) vi...
The spectroscopy of charmonium c ̄ c is discussed. It is a good testing tool for the theories of str...
We discuss two aspects of charmonium in medium. First, we present results of a recent study that com...
AbstractWe study the changes in the partial decay widths of excited charmonium states into DD, when ...
We report evidence for the hc state of charmonium in its ηcγ decay mode and lack of evidence in the ...
The discovery of numerous new charmonium-like structures since 2003 have revital-ized interest in ex...
We report on recent estimates of the J/Ψ mass shift in infinite nuclear matter and finite nuclei ari...
AbstractRecent results from proton(deuteron)–nucleus collisions at RHIC and LHC energies have shown ...
Collisions of deformed uranium nuclei provide a unique opportunity to study the spatial dependence o...
We examine the possibility to utilize in-medium charmonium formation in heavy-ion interactions at co...
This report presents a summary on radiative decays of the ψ states. Most of the experimental informa...
The spectroscopy of exotic states with hidden charm is discussed. Together with charmonium, these pr...
There is great recent interest in the study of bound states of charmed hadrons with atomic nuclei. T...
AbstractWe argue that relatively compact charmonium states, J/ψ, ψ(2S), χc, can very likely be bound...
A systematic analysis of JPC = 1++ charmoniumlike mesons with energies up to 4.0 GeV is carried out ...
In this paper, we introduce our study on the discovery potential of charmonium-like state X(3915) vi...
The spectroscopy of charmonium c ̄ c is discussed. It is a good testing tool for the theories of str...