International audienceI review here the status of tests of discrete symmetries in nuclear beta decay, including neutron decay. The focus is given on tests of maximal parity violation, tests of time reversal invariance as well as searches for parity and time reversal invariant exotic interactions. Along with the most sensitive results, I present also some recent achievements of precision beta decay experiments as well as selected ongoing project
The structure of certain nuclei and atoms allow one to study fundamental symmetries and interactions...
I'll discuss the experiments in which parity violation has been measured in low energy neutron-nucle...
The parity and time‐reversal symmetries can be studied in neutron‐nucleus interactions. Parity non‐c...
International audienceI review here the status of tests of discrete symmetries in nuclear beta decay...
An overview is given of the present status of parity violation tests in neutron decay and nuclear be...
Precision measurements of correlation observables in nuclear beta-decay provide sharp tests of the s...
Precision measurements of correlation observables in nuclear beta decay constitute a sensitive tool ...
The role of beta decay as a low-energy probe of physics beyond the standard model is reviewed. Tradi...
Since the fall of parity in electroweak interactions the discrete transformations of parity, charge ...
The beta decay process offers unique possibilities to search for so-called exotic, non-standard mode...
The current status of precision measurements in allowed nuclear beta decay is reviewed, including ne...
State of the art laser technology and modern spectroscopic methods allow to address issues of fundam...
Modern experiments on neutron and allowed nuclear beta decay search for new semileptonic interaction...
Precision measurements in nuclear β decay provide sensitive means to test the structure of the stand...
We report the results of an improved determination of the triple correlation DP {center_dot} (p{sub ...
The structure of certain nuclei and atoms allow one to study fundamental symmetries and interactions...
I'll discuss the experiments in which parity violation has been measured in low energy neutron-nucle...
The parity and time‐reversal symmetries can be studied in neutron‐nucleus interactions. Parity non‐c...
International audienceI review here the status of tests of discrete symmetries in nuclear beta decay...
An overview is given of the present status of parity violation tests in neutron decay and nuclear be...
Precision measurements of correlation observables in nuclear beta-decay provide sharp tests of the s...
Precision measurements of correlation observables in nuclear beta decay constitute a sensitive tool ...
The role of beta decay as a low-energy probe of physics beyond the standard model is reviewed. Tradi...
Since the fall of parity in electroweak interactions the discrete transformations of parity, charge ...
The beta decay process offers unique possibilities to search for so-called exotic, non-standard mode...
The current status of precision measurements in allowed nuclear beta decay is reviewed, including ne...
State of the art laser technology and modern spectroscopic methods allow to address issues of fundam...
Modern experiments on neutron and allowed nuclear beta decay search for new semileptonic interaction...
Precision measurements in nuclear β decay provide sensitive means to test the structure of the stand...
We report the results of an improved determination of the triple correlation DP {center_dot} (p{sub ...
The structure of certain nuclei and atoms allow one to study fundamental symmetries and interactions...
I'll discuss the experiments in which parity violation has been measured in low energy neutron-nucle...
The parity and time‐reversal symmetries can be studied in neutron‐nucleus interactions. Parity non‐c...
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