Macroscopic nonlocal correlations by new data of the Baikal Experiment

Abstract The long-term Baikal experiment on study of macroscopic nonlocal correlations between random dissipative heliogeophysical processes and probe ones in the detectors have revealed prominent features entanglement predicted by action-at-a-distance electrodynamics. These both retarded advanced components with large time shifts. occur at extremely low frequencies require long series observations, so is continuing to their unusual properties. In 2019-2021 new data were obtained correlation signals spaced each other natural processes: solar hydrodynamic activity Lake Baikal, as well earthquake. possibility forecasting demonstrated. Recently we paid attention relatively short periods discovered unexpected in-phase diurnal variation deep-sea detectors. This not related any hydrological processes. Moreover, this turned out that one recorded remote lab detector (at longitude difference 67°), it occurs universal time, cannot be associated meteorological or geomagnetic variations. source signal unknown yet.