A. V. Kopajev | Searcharxiv

arXiv2001

Experimental Investigations of Signals of a New Nature with the aid of two High Precision Stationary Quartz Gravimeters

In consequence of long-term (2000) observation of a system of two high-precision quartz gravimeters (one of them with an attached magnet) placed in a special (at a depth of $\sim $10m) gravimetric laboratory on a common base separated from the foundation of the building, signals of a new nature were detected. They were of a smooth peak-type shape, several minutes duration, and with amplitudes often more than that of the moon tide. The nature of the signals cannot be explained in the framework of traditional physical views but can be qualitatively described with the aid of a supposed new interaction connected with the hypothesis about the existence of the cosmological vectorial potential A_g, a new presumed fundamental vectorial constant.

physics.gen-ph↗

arXiv1997

Experimental Investigations of New Interaction by Use of Stationary High-accuracy Quartz Gravimeter

Smooth anomalous in time dependence recordings of a high accuracy quartz gravimeter with a constant magnet attached to it, were revealed. These anomalies of minute's duration have amplitudes sometimes by more than an order of magnitude greater than that of the Moon tide, and may not be explained with the aid of current physical concepts. The experimental procedure was based on the hypothesis of a new interaction arising when acting on physical vacuum by magnetic systems through their vectorial potential. The coordinates of physical space magnetic anisotropy due to existence of the cosmological vector potential $A_g$, a new basic vectorial constant, are determined. In particular, the declination coordinate $δ\approx 34^\circ$ of the vector $A_g$ (second equatorial coordinate system) is determined for the first time by experiment. The hypothesis considered was used for physical justification of the results obtained.

hep-ph↗