Lester: October 21 2017, 22:04 UTC – Indonesia

Reactivating this forecast for a further 13 days, from the time of this post

Thank you

Hi Ben,
I believe the terminator thresholds have a finite point in frequency, capable of charging electromagnetic anomalies within the lithosphere, similar to the charging of a solar cell. Each pass of the terminator day after day, is adding a little extra energy to subsurface anomalies. It is true that these anomalies will be in sunlight for many hours in a day. But the finite point I refer to, I would describe as something similar to the point the visible range of the electromagnetic spectrum, changes to infrared. We cannot see infrared, nor can we see the last range of nm’s before the change to infrared… it is within this portion I believe the terminator is causing a reaction!

It seems unbeknown to most people (including NOAA), that these reactions are being detected by the ACE satellite, and displayed in its varying formats. Aspect changes, structural increases / decreases, data feed breaks etc, are giving away the location of a potential seismic anomaly. ACE is recording the interactions of the terminator with the lithosphere… the terminator is moving across the Earth like a metal detector, and ACE is the gauge on the handle telling you how strong the signal is!. Unfortunately, this metal detector is of global proportions. To use an analogy… if you actually had a metal detector with a sensor head the width of a football field, and you walk from one side of the field to the other. Somewhere along the way you detect a signal, but the width of the sensor head means this could be anywhere from left field, right field or centre field… coming from the opposite direction would only give the same result. The answer is to walk the field with the sensor head angled diagonally at 90 degrees, detect the signal and spray paint a line parallel to the sensor head. Coming from the other side of the field, the angle of the head will be diagonally opposite. As the head starts to cross the painted line, there will be a point that the signal is detected again, paint another line and you have a cross… X marks the spot!

From late fall to late spring, the Sunrise, Sunset, Dawn and Dusk terminator thresholds are angled relative to Earth’s polar longitudes. The Dawn / Sunrise thresholds cross the Earth with Southern dominance, followed hours later by Sunset / Dusk with Northern Dominance, they are in fact crossing the field at different angles. Catch an ACE sunrise signal, draw a line on a map, wait for another signal at Sunset, draw a line and you have a cross… if the signals repeat over several days on the same cross, you have a potential seismic event. I make it sound simpler than it actually is… but that’s my methodology

It is my opinion that the ACE satellite is the key to finding potentially dangerous earthquakes, my efforts at forecasting mostly fail because there are to many crosses for one person to monitor all the time, and the satellite feed stops, means I can sometimes only work with one direction up the field. If this method was given true investigative time… I’m sure its potential would be very clear!

Hope this makes sense, and really appreciate your message… made my day 🙂