We conduct an experimental project to make spectroscopy of deeply bound pionic atoms systematically over wide range of nuclei. We aim at studying the strong interaction in the low energy region, which has close connection to spontaneous chiral symmetry breaking and its partial restoration in nuclear matter. First experimental results show improved spectral resolution and much better statistical sensitivity than previous experiments. Present status of the experiment is reported
We performed a precision missing-mass spectroscopy experiment of the deeply bound pionic states in a...
AbstractExtensive data on strong interaction effects in pionic atoms are analyzed with a density-dep...
International audienceThe strong-interaction effects both in pionic hydrogen and deuterium atoms hav...
We conduct an experimental project to make spectroscopy of deeply bound pionic atoms systematically ...
We conduct an experimental project to make spectroscopy of deeply bound pionic atoms systematically ...
Preliminary results of the strong interaction shift and width in pionic hydrogen ($\pi H$) using an ...
AbstractExtensive data on strong interaction effects in pionic atoms are analyzed with a density-dep...
The measurement of the strong-interaction effects in picnic hydrogen gives access to fundamental pro...
The new era in X-ray spectroscopy of exotic atoms is based on high-resolution reflection-type crysta...
The. strong interaction in the pion nucleon system leads to a shift and a broadening of the Is-groun...
During the last decades high–precision spectroscopy of exotic–atom X–rays profited in particular in ...
Based on the spontaneous breaking of chiral symmetry, chiral perturbation theory (ChPT) is be-lieved...
Predictions of the existence of well-defined deeply bound pionic atom states for heavy nuclei and th...
We performed a precision missing-mass spectroscopy experiment of the deeply bound pionic states in a...
We performed a precision missing-mass spectroscopy experiment of the deeply bound pionic states in a...
We performed a precision missing-mass spectroscopy experiment of the deeply bound pionic states in a...
AbstractExtensive data on strong interaction effects in pionic atoms are analyzed with a density-dep...
International audienceThe strong-interaction effects both in pionic hydrogen and deuterium atoms hav...
We conduct an experimental project to make spectroscopy of deeply bound pionic atoms systematically ...
We conduct an experimental project to make spectroscopy of deeply bound pionic atoms systematically ...
Preliminary results of the strong interaction shift and width in pionic hydrogen ($\pi H$) using an ...
AbstractExtensive data on strong interaction effects in pionic atoms are analyzed with a density-dep...
The measurement of the strong-interaction effects in picnic hydrogen gives access to fundamental pro...
The new era in X-ray spectroscopy of exotic atoms is based on high-resolution reflection-type crysta...
The. strong interaction in the pion nucleon system leads to a shift and a broadening of the Is-groun...
During the last decades high–precision spectroscopy of exotic–atom X–rays profited in particular in ...
Based on the spontaneous breaking of chiral symmetry, chiral perturbation theory (ChPT) is be-lieved...
Predictions of the existence of well-defined deeply bound pionic atom states for heavy nuclei and th...
We performed a precision missing-mass spectroscopy experiment of the deeply bound pionic states in a...
We performed a precision missing-mass spectroscopy experiment of the deeply bound pionic states in a...
We performed a precision missing-mass spectroscopy experiment of the deeply bound pionic states in a...
AbstractExtensive data on strong interaction effects in pionic atoms are analyzed with a density-dep...
International audienceThe strong-interaction effects both in pionic hydrogen and deuterium atoms hav...