Forecast of geomagnetic and solar activity based on macroscopic nonlocal correlations

A series of long-term experiments to study macroscopic nonlocal correlations between random dissipative heliogeophysical processes and probe processes in detectors revealed important properties of macroscopic entanglement predicted by absorber electrodynamics. These correlations have retarded and advanced components. The advanced correlation corresponds to time-reversed causality (due to the randomness of the processes, this does not lead to the well-known paradoxes). Solar as well as geomagnetic activity turned out to be the dominant global source processes causing the detector response. Advanced correlations make it possible to forecast the random components of these processes. The practical feasibility of such forecasts with a lead time of several months and with an accuracy sufficient for all practical purposes has been demonstrated.