Hi Roger,

This subject matter is quite complex. That is probably one of the reasons that scientists studying this over the years have not made too much progress. I believe that I myself made 2 or 3 major discoveries which are enabling me to obtain valid results.

With the sun – Earth – moon angle you have to look for significant data subsets. And they can be a little tricky to find.

*** That angle appears to have a fairly easily observed significance for the most powerful earthquakes. I believe that effects start showing up for 6.7 magnitude earthquakes and higher.

*** The angle can be important for forecasting where you are working with warning signals and earthquakes within a 6 month time window. I haven’t checked to see if the time window is ever longer than that.

*** The angle appears to be important for earthquakes at certain specific locations. I did a study of about 150 strongly felt earthquakes in the Japan area. And they appeared to be occurring when the sun – Earth – moon angle had certain values.

What researchers should be doing is putting together a collection of comparison studies like those which show that this or that effect is important here or there. I have already done a number of them but do not have time at the moment to spend on doing any more.

Once again, studies which simply look at the sun – Earth – moon angle for all earthquakes probably produce random looking data. You have to look at significant data subsets. And since you can be working with thousands of earthquakes in those subsets they should still be valid.

Also, I am still finding that the single most important piece of earthquake and warning signal related data is the adjusted "Gravity Point." It is the location on the surface of the Earth where the combined gravitational pulls of the sun and the moon are strongest. "Adjusted" means that locations 0, 90, 180, and 270 longitude degrees to the west of the Gravity Point are also roughly equally important. With the limited accuracy of the work I am doing the absolute value of the Gravity Point is not too important. Relative values are what are important. That means that different factor values will work with the equations as long as you stick with the same set when comparing a group of earthquakes etc.