RainmanTime
Super Moderator
Re: Flurry of 4.0+ along San Andreas
jmpet,
Now, this speaks to a point that I had tried to make with you, and also something I was talking to Einstein and Hercules about. Namely, having a "going in theory" that you can describe mathematically before you begin trial-and-error experimentation has been shown through history to help accelerate scientific discoveries. Has it helped in ALL cases? No. But it has certainly helped in a great majority.
So, I had a theory, I did my engineering analysis, correlated some data, and built my math model. While I am now ready to admit that my predictions (at least as far as magnitudes) did NOT come true, you might want to go back and at least look at the earthquake frequency and magnitude data for the two prediction timeframes that I delineated this year in this thread. So far, from what I am seeing, the actual data tends to validate my "earthquake season" timeframes. IOW, so far I think there is evidence that there is something to my theory about thermal rates of change in the earth's crust due to solar migration causing increased stress at certain times of the year. This is how I do science... set out a theory, build a model, collect data, and analyze its relevance.
If you'd like to study your "tectonic resonance" theory, by all means have at it! But that is just not what I set out to study. Again, I'm not saying you are wrong!
And... in another thread here, you seemed to brand what I have been doing in this thread as "bad logic". I'm really interested in why you think it's "bad logic". I'd especially like you to debunk my theory about thermal heating and thermal stress... but I don't think you can.
RMT
jmpet,
What you say might be true. I'm not saying you are wrong. However, I want to point out that I took up this hobby, and the task of building my stress model, because I had my own theory. That theory is that there actually may be an "earthquake season" along the San Andreas that corresponds to the two times during the year where thermal rates of change (and therefore thermal stresses) are at a local maximum. I saw the correlation in the data over the past 2 years, and that is what I decided to study... to see if I could back-up my theory.I ask because it could answer a lot of big questions. I also ask because if this is the case, then it's possible California could fracture any day... the other end of a tecnonic plate? Wobbling? I see you connected a lot of earthquake data but could it all be connected to that?
Now, this speaks to a point that I had tried to make with you, and also something I was talking to Einstein and Hercules about. Namely, having a "going in theory" that you can describe mathematically before you begin trial-and-error experimentation has been shown through history to help accelerate scientific discoveries. Has it helped in ALL cases? No. But it has certainly helped in a great majority.
So, I had a theory, I did my engineering analysis, correlated some data, and built my math model. While I am now ready to admit that my predictions (at least as far as magnitudes) did NOT come true, you might want to go back and at least look at the earthquake frequency and magnitude data for the two prediction timeframes that I delineated this year in this thread. So far, from what I am seeing, the actual data tends to validate my "earthquake season" timeframes. IOW, so far I think there is evidence that there is something to my theory about thermal rates of change in the earth's crust due to solar migration causing increased stress at certain times of the year. This is how I do science... set out a theory, build a model, collect data, and analyze its relevance.
If you'd like to study your "tectonic resonance" theory, by all means have at it! But that is just not what I set out to study. Again, I'm not saying you are wrong!
And... in another thread here, you seemed to brand what I have been doing in this thread as "bad logic". I'm really interested in why you think it's "bad logic". I'd especially like you to debunk my theory about thermal heating and thermal stress... but I don't think you can.
RMT