AbstractThe decay rate of three different radioactive sources (40K, 137Cs and natTh) has been measured with NaI and Ge detectors. Data have been analyzed to search for possible variations in coincidence with the two strongest solar flares of the years 2011 and 2012. No significant deviations from standard expectation have been observed, with a few 10−4 sensitivity. As a consequence, we could not find any effect like that recently reported by Jenkins and Fischbach: a few per mil decrease in the decay rate of 54Mn during solar flares in December 2006
Evidence for an anomalous annual periodicity in certain nuclear decay data has led to speculation co...
In recent literature, several authors have challenged the validity of the exponential-decay law, bas...
In a recent series of papers evidence has been presented for correlations between solar activity and...
The deacay rate of three different radioactive sources (40K, 137Cs and natTh) has been measured with...
We report on finding no correlation between the two strongest observed Solar flares in September 201...
Solar neutrino detection is known to be a very challenging task, due to the minuscule absorption cro...
Several experimental groups observed temporary modulations of some nuclei strong and weak decay cons...
The hypothesis that proximity to the Sun causes variation of decay constants at permille level has b...
AbstractThe hypothesis that proximity to the Sun causes variation of decay constants at permille lev...
We have reexamined our previously published data to search for evidence of correlations between the ...
We have studied the radioactive line emission expected from solar active regions after large flares,...
Radon decay rate data from 2007–2011, measured in a closed canister with one gamma counter and two a...
Experiments showing a seasonal variation of the nuclear decay rates of a number of different nuclei,...
Evidence for an anomalous annual periodicity in certain nuclear-decay data has led to speculation on...
The potential influence of solar neutrinos on beta decay rates was investigated at PTB. To this end,...
Evidence for an anomalous annual periodicity in certain nuclear decay data has led to speculation co...
In recent literature, several authors have challenged the validity of the exponential-decay law, bas...
In a recent series of papers evidence has been presented for correlations between solar activity and...
The deacay rate of three different radioactive sources (40K, 137Cs and natTh) has been measured with...
We report on finding no correlation between the two strongest observed Solar flares in September 201...
Solar neutrino detection is known to be a very challenging task, due to the minuscule absorption cro...
Several experimental groups observed temporary modulations of some nuclei strong and weak decay cons...
The hypothesis that proximity to the Sun causes variation of decay constants at permille level has b...
AbstractThe hypothesis that proximity to the Sun causes variation of decay constants at permille lev...
We have reexamined our previously published data to search for evidence of correlations between the ...
We have studied the radioactive line emission expected from solar active regions after large flares,...
Radon decay rate data from 2007–2011, measured in a closed canister with one gamma counter and two a...
Experiments showing a seasonal variation of the nuclear decay rates of a number of different nuclei,...
Evidence for an anomalous annual periodicity in certain nuclear-decay data has led to speculation on...
The potential influence of solar neutrinos on beta decay rates was investigated at PTB. To this end,...
Evidence for an anomalous annual periodicity in certain nuclear decay data has led to speculation co...
In recent literature, several authors have challenged the validity of the exponential-decay law, bas...
In a recent series of papers evidence has been presented for correlations between solar activity and...