01-14-2016, 06:01 PM
After the 6+ quakes in Indonesia and Japan on Monday 11th, the signals cleared, except for the same heavily structured anomaly I have been tracking since 1st Jan. Yesterday, signal disruption increased, and this morning the signals again cleared, possibly due to the 6+ quakes occurring in Japan and Bolivia, but as before, the same structure remains. In both cases, it has increased in strength, and continues to do so ... so if my pattern recognition abilities have any self credibility, it would suggest this anomaly would climax in the next 48 hours.
On a factual scientific basis .. my standard VLF antenna indicates excellent to good reception from NAA Maine US, and NML North Dakota US .. but poor to off reception from NAU Porto Rico, which is unusual for this time of year. Directionality shows NWC Australia, and NPM Hawaii can only be received due East .. West is preferable as signal gain is better, but West produces an off frequency when in fact East orientation shows the stations are active!. This in effect, shows a radio dead zone or magnetic barrier between Hawaii in the Pacific, and Porto Rico in central America .. to narrow this down further, system two antenna (magnetic) gives a "compass" bearing of 275 - 280 degrees West of my location as the strongest EM source. As my systems loose efficiency below Equatorial regions, and the anomaly has shown continuous stability, this would suggest it is located in the Northern hemisphere. Lastly, as there are no tectonic plate boundaries within 2000 miles of Hawaii, this narrows possible event location to a corridor width of approximately 20 degrees or 1,300 miles through mid central America. Unfortunately, Longitude readings can be mirrored due to a bounce effect between the two systems ... system three compensated for this as it is a hybrid design with better detection capabilities, as I have mentioned before, this is still off line and not expected to be functional until at least June at the earliest.
One thing I have realised this past week, is the confusion that could ensue with multiple events occurring during one prediction, especially with my methods .. a case in question is my prediction on Monday coinciding with two 6+ events which occurred exactly 30 minutes apart which would register as one event on the dB scale , my systems are homed in on one particular region .. and this was not it, all the 6's this week are on my screens, and the one I am tracking is much bigger. This is why I conservatively estimate a greater magnitude, but at the moment , I don't have enough data to determine a narrower margin of error. For these reasons, I have decided against my better judgement to continue using coordinates for the present .. mostly because, my predictions are based on frequency range, direction and any other anomalous data that determines a bearing to source. This is also the reason I have to test my "hypothesis", as this is also indicating a strong source of data .. fortunately, I will not bore everyone with 30+ hours of calculation, but combined with electronic data, I came up with a bearing of 92' 43' W long ... 14' 57'N lat .. 01:15 UT .. 15th Jan.
To conclude; My prediction is for a 7.5+ event between 100 - 80 degrees West longitude by 0 -20 degrees North latitude, +/- 5 on all counts, and within 48 hours from the time of this post.
Thank you,
Duffy
On a factual scientific basis .. my standard VLF antenna indicates excellent to good reception from NAA Maine US, and NML North Dakota US .. but poor to off reception from NAU Porto Rico, which is unusual for this time of year. Directionality shows NWC Australia, and NPM Hawaii can only be received due East .. West is preferable as signal gain is better, but West produces an off frequency when in fact East orientation shows the stations are active!. This in effect, shows a radio dead zone or magnetic barrier between Hawaii in the Pacific, and Porto Rico in central America .. to narrow this down further, system two antenna (magnetic) gives a "compass" bearing of 275 - 280 degrees West of my location as the strongest EM source. As my systems loose efficiency below Equatorial regions, and the anomaly has shown continuous stability, this would suggest it is located in the Northern hemisphere. Lastly, as there are no tectonic plate boundaries within 2000 miles of Hawaii, this narrows possible event location to a corridor width of approximately 20 degrees or 1,300 miles through mid central America. Unfortunately, Longitude readings can be mirrored due to a bounce effect between the two systems ... system three compensated for this as it is a hybrid design with better detection capabilities, as I have mentioned before, this is still off line and not expected to be functional until at least June at the earliest.
One thing I have realised this past week, is the confusion that could ensue with multiple events occurring during one prediction, especially with my methods .. a case in question is my prediction on Monday coinciding with two 6+ events which occurred exactly 30 minutes apart which would register as one event on the dB scale , my systems are homed in on one particular region .. and this was not it, all the 6's this week are on my screens, and the one I am tracking is much bigger. This is why I conservatively estimate a greater magnitude, but at the moment , I don't have enough data to determine a narrower margin of error. For these reasons, I have decided against my better judgement to continue using coordinates for the present .. mostly because, my predictions are based on frequency range, direction and any other anomalous data that determines a bearing to source. This is also the reason I have to test my "hypothesis", as this is also indicating a strong source of data .. fortunately, I will not bore everyone with 30+ hours of calculation, but combined with electronic data, I came up with a bearing of 92' 43' W long ... 14' 57'N lat .. 01:15 UT .. 15th Jan.
To conclude; My prediction is for a 7.5+ event between 100 - 80 degrees West longitude by 0 -20 degrees North latitude, +/- 5 on all counts, and within 48 hours from the time of this post.
Thank you,
Duffy