The anisotropic phenomenon in the β decay of radioactive elements and in other processes in nature

Baurov, Yu. A.

doi:10.3103/s1062873812040065

Cited by 8 publications

(8 citation statements)

References 6 publications

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“…Analysis of the [24] paper necessity of placement the the thermostatic regulator with the temperature, while using continuation of the investigations ], and designed to develop the method without considerable systematic errors of the experiment in rate changes within a day or installation and choice of β source source was determined by the experiments and the assumption of a action of the assumed new changes in the β-decay rate of minimize systematic errors. The results of the works [5,[13][14][15][16][17][18] has deviation value is largest for the the nucleus with the maximum condition corresponds with the force. Thereupon the radioactive the investigation.…”

Section: The Last Results Of Investigation Of 60 Co Variationmentioning

confidence: 99%

“…The present paper is a continuation set forth in [5,[13][14][15][16][17][18] and [24], experimental investigation method expenses to minimize systematic registration of 60 Со β-decay rate longer intervals.…”

Section: Experiments On the Investigation Of Changes In The In β β β mentioning

confidence: 99%

“…The present article is devoted the new force in nature and the review of experimental studies results of global anisotropy of physical space using the changing in the intensity of the β-decay (dimension of manifestation ≈10 -17 cm) of radioactive elements [15][16][17][18][24][25][26].…”

Section: Introductionmentioning

confidence: 99%

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New Force, Global Anisotropy and the Changes in β-Decay Rate of Radioactive Elements

Baurov¹,

Sobolev

Ryabov³

2014

AJAA

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Abstract:The review of experimental studies results of a global anisotropy of physical space and new interaction in nature based on analyzing fluctuations in the intensity of the β-decay of radioactive elements are presented. The explanation of the results, based on a hypothesis as to the global anisotropy of physical space caused by the existence of cosmological vector potential A G in limits of theory of byuon, is given. It is shown that vector A G has the following coordinates in the second equatorial coordinate system: right ascension α = 293° ± 15°; declination δ = 36° ± 10°.

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Section: The Last Results Of Investigation Of 60 Co Variationmentioning

confidence: 99%

Section: Experiments On the Investigation Of Changes In The In β β β mentioning

confidence: 99%

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New Force, Global Anisotropy and the Changes in β-Decay Rate of Radioactive Elements

Baurov¹,

Sobolev

Ryabov³

2014

AJAA

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“…The detailed investigation of the new force with the aid of gravimeters one of which had an attached magnet as an amplifier of the new force [2][3][4]8], using the study of the changes in the rate of decay of radioactive elements [2][3][4][9][10][11][12] and of three different plasma devices at different experimental sites in different Institutes [13,14] showed that the new force rejects the substance out of the region with weakened summary potential A ∑ along the generatrix of a cone with an opening of 100° around the cosmological vector potential A g having the coordinates of right ascension α≈293°±10° and declination δ≈36°±10° in the second equatorial coordinate system. The investigation of the direction of arrival of cosmic ray (CR) particles [25,26] allowed to refine the previous estimate: α=300°±10°, δ=36°±10° because the CR give the information about the vector A g at the scale of our Universe in the event that of ultrahigh energy CR.…”

Section: Usual Forces the New Force And The Principle Of Universal Pmentioning

confidence: 99%

“…With a body weight of about 30 g, a force was detected at the level of (0.7 -0.8) mN. Further investigation of the new force of nature were carried out using gravimeters "Sodin" manufactured in Canada [2][3][4]8]; using the study of the changes in the rate of decay of radioactive elements [2][3][4][9][10][11][12]; plasma devices [13,14].…”

Section: Introductionmentioning

confidence: 99%

Experimental Investigation of the Traction Force for a New Space Thruster

Baurov¹,

Meneguzzo

Albanese

2014

AJAA

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Abstract:A long course of experimental investigations of a new non-gauge force used for the traction of a prototype space thruster placed on board an hemispherical ship are reviewed and discussed. The physical nature of the new force is explained by the theory of byuon, a non-gauge theory of the formation of the physical space and the world of ultimate particles from some unobservable objects called "byuons". The definition of these objects contains a new fundamental vector constant, the cosmological vector potential A g , which direction defines a marginal global anisotropy of the physical space. The experimental results show a remarkable dependence of the force on the period of the year and even on the time of the day, the details of such dependence suggesting astronomical coordinates of the vector A g which are consistent with previous estimates yet reducing their uncertainty: in the second equatorial coordinates system, the right ascension α=316°±5° and the declination δ=36°±10° are obtained. The level of the traction force during the experimental period turns out to be in the range 2.5 mN to 51 mN, while the best figure for the power to thrust ratio as derived from previous experiments is 330 W/N, suggestive of its potential competitiveness with state of the art electric propulsion thrusters.

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Fluctuations in measured radioactive decay rates inside a modified Faraday cage: Correlations with space weather

Milián-Sánchez

Scholkmann²,

Córdoba

et al. 2020

Sci Rep

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For several years, reports have been published about fluctuations in measured radioactive decay time-series and in some instances linked to astrophysical as well as classical environmental influences. Anomalous behaviors of radioactive decay measurement and measurement of capacitance inside and outside a modified Faraday cage were documented by our group in previous work. In the present report, we present an in-depth analysis of our measurement with regard to possible correlations with space weather, i.e. the geomagnetic activity (GMA) and cosmic-ray activity (CRA). Our analysis revealed that the decay and capacitance time-series are statistically significantly correlated with GMA and CRA when specific conditions are met. The conditions are explained in detail and an outlook is given on how to further investigate this important finding. Our discovery is relevant for all researchers investigating radioactive decay measurements since they point out that the space weather condition during the measurement is relevant for partially explaining the observed variability.

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The anisotropic phenomenon in the β decay of radioactive elements and in other processes in nature

Cited by 8 publications

References 6 publications

New Force, Global Anisotropy and the Changes in β-Decay Rate of Radioactive Elements

New Force, Global Anisotropy and the Changes in β-Decay Rate of Radioactive Elements

Experimental Investigation of the Traction Force for a New Space Thruster

Fluctuations in measured radioactive decay rates inside a modified Faraday cage: Correlations with space weather

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