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Evidence for an anomalous annual periodicity in certain nuclear decay data has led to speculation concerning a possible solar influence on nuclear processes. As a test of this hypothesis, we here search for evidence in decay data that might be indicative of a process involving solar rotation, focusing on data for 32Si and 36Cl decay rates acquired at the Brookhaven National Laboratory. Examination of the power spectrum over a range of frequencies (10–15 year−1) appropriate for solar synodic rotation rates reveals several periodicities, the most prominent being one at 11.18 year−1 with power 20.76. We evaluate the significance of this peak in terms of the false-alarm probability, by means of the shuffle test, and also by means of a new test (the “shake” test) that involves small random time displacements. The last two tests are the more robust, and indicate that the peak at 11.18 year−1 would arise by chance only once out of about 107 trials. However, the fact that there are several peaks in the rotational search band suggests that modulation of the count rate involves several low-Q oscillations rather than a single high-Q oscillation, possibly indicative of a partly stochastic process. To pursue this possibility, we investigate the running-mean of the power spectrum, and identify a major peak at 11.93 year−1 with peak running-mean power 4.08. Application of the shuffle test indicates that there is less than one chance in 1011of finding by chance a value as large as 4.08. Application of the shake test leads to a more restrictive result that there is less than one chance in 1015 of finding by chance a value as large as 4.08. We find that there is notable agreement in the running-mean power spectra in the rotational search band formed from BNL data and from ACRIM total solar irradiance data. Since rotation rate estimates derived from irradiance data have been found to be closely related to rotation rate estimates derived from low-energy solar neutrino data, this result supports the recent conjecture that solar neutrinos may be responsible for variations in nuclear decay rates. We also carry out a similar comparison with local temperature measurements, but find no similarity between power spectra formed from BNL measurements and from local temperature measurements.
Originally posted by AnotherYOU
isn't this along the lines of what the tinfoil people said it would happen?
a change in the sun's frequency output would result and changes and mutation of dna?
it does not terrify me at all, as far as im concerned we are already mutants with a narcisistic nature.
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Originally posted by kwakakev
On the positive side it sounds like all the radiation in Japan and elsewhere will get cleaned up a bit quicker. It is so good for the Sun to look after Earth like that as well all mess it up, I am really impressed
never-before-seen particles—or some mysterious force—is being shot out from the sun and it’s hitting Earth. Whatever it is, the evidence suggests it’s affecting all matter.
Now this new force may be directly interacting with matter in a way that could not only change Mankind’s understanding of physics, but change Mankind itself…and not necessarily in a beneficial way.