The invention relates to the registration of various gravitational interactions, both on Earth and in outer space.; Technical result of utility model is an increase in sensitivity, increase the probability of event logging, expansion of functionalities in the registration of gravitational perturbations, disturbances registration in a given azimuthal orientation.; Technical result is achieved by a detector system gravitational perturbations introduced electronic delay pulse from the light signal output of which is connected to the brake pulse generator. On top axis mounted for azimuthal displacement and fixing it position adjusting disk of non-magnetic material is introduced to the motor primary winding of a ferrite inductive braking current pulse sensor and the secondary through the load resistance connected to one of inputs of the control device. The work of the detector is based on the excitation of natural oscillations of the gyroscope and recording the maximum low-frequency harmonics of the resonant elastic standing waves.; 1 s.p.f. 2 z.p.f. 26 Fig.
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