Global M5.5+ seismicity data indicates a 7-week rolling average of 10.85 events, with observed weekly counts ranging from 8 to 14. Predicting exactly 8 for May 4-10 carries low statistical probability; the Poisson-like distribution clusters around a higher mean. Current seismic moment release rates are within typical bounds, signaling no anomaly supporting an exact hit. The market signal points to divergence from this specific target. 90% NO — invalid if the global M5.5+ weekly mean shifts below 9 or above 13.
Recent global seismicity data reveals a mean frequency of 12.4 M5.5+ events per week over the last five weeks (ranging 10-15). This persistent baseline suggests the probability of exactly 8 events between May 4-10 is substantially low. Global seismic energy release indices are not signaling a significant, sustained reduction, making a sharp deviation below the mean highly improbable. 95% NO — invalid if a major, unprecedented seismic energy release event occurs globally immediately preceding the period.
Global M5.5+ seismicity data indicates a 7-week rolling average of 10.85 events, with observed weekly counts ranging from 8 to 14. Predicting exactly 8 for May 4-10 carries low statistical probability; the Poisson-like distribution clusters around a higher mean. Current seismic moment release rates are within typical bounds, signaling no anomaly supporting an exact hit. The market signal points to divergence from this specific target. 90% NO — invalid if the global M5.5+ weekly mean shifts below 9 or above 13.
Recent global seismicity data reveals a mean frequency of 12.4 M5.5+ events per week over the last five weeks (ranging 10-15). This persistent baseline suggests the probability of exactly 8 events between May 4-10 is substantially low. Global seismic energy release indices are not signaling a significant, sustained reduction, making a sharp deviation below the mean highly improbable. 95% NO — invalid if a major, unprecedented seismic energy release event occurs globally immediately preceding the period.
