[Roger Hunter]

(01-17-2017, 11:17 PM)Duffy Wrote: I have re-posted the table below and included sun / moon latitude. I believe I am granted a certain amount of tolerance here, with respect to my solar / lunar hypothesis. Not sure if this extends to other elements I use to detect anomalies, but I've decided nobody will get the point of this thread unless I include them !.  Again, the object of this, is not to predict earthquakes, but to see if the data in the table has relevance to predicting time.  The source of the data is not of importance unless the experiment shows different. I can say it is not linked to past seismic events or lunar data, but it is questionable.  A 5.9 occurred in Cuba today on 76' 34' W, within 1 degree of the 15th Jan data below ... is that number there by chance ? , coincidence or does it have relevance ?

This experiment is real-time, and takes a lot of effort to keep pace with. It started with a 5.8 in Vanuatu with the centre of the sun on 163' E longitude. I intend to finish on 28th Jan at 01:20 ut, because this is exact time of new moon, and occurs on 163' E longitude.  The abbreviations are the same as before, and dates in brackets refer to the lines of data in the table.

 4th Jan 19:54 ut ... CS 117' 12' W - 22' 38' S ...... CM  40' 19' W - 1' 23' S

 6th Jan 01:41 ut ... CS 156' 12' W - 22' 29' S ...... CM 112' 06' W - 4' 08' N

 6th Jan 08:28 ut ... CS   54' 29' E -  22' 27' S ...... CM 149' 38' E -  5' 22' N

 7th Jan 10:24 ut ... CS   25' 36' E -  22' 19' S ...... CM 134' 20' E -  9' 55' N

10th Jan 15:26 ut ... CS  49' 35' W -  21' 52' S ..... CM 103' 22' E - 18' 34' N

12th Jan 13:14 ut ... CS  16' 23' W -  21' 33' S ..... CM 163' 59' E - 18' 06' N

15th Jan 00:26 ut ... CS 175' 50' E -  21' 07' S ...... CM  28' 53' E -  11' 39' N

15th Jan 17:19 ut ... CS   77' 21' W - 20' 59' S ...... CM 144' 11' E -  9' 04' N

.................................................................................................................

16th Jan 01:16:38 ut M 5.8 Vanuatu  166' 26' E - 13' 36' S ...... CS 163' 16' E (12th Jan) ... CM 28' 41' E (15th Jan)
                           Transition of day to night, at bearing 77' 21' W - 20' 59' S (15 Jan) occurred at 01:17 ut 16th Jan
                           Transition of night to day in Vanuatu at bearing 166' 26' E - 13' 36' S occurred at 17:19 ut                                                  on the 12th Jan (15th Jan).

16th Jan 12:42:11 ut M 5.7 Northern Sumatra  98' 22' E - 3' 24' N ....... LS 15' 35' W (12th Jan) ...............................

16th Jan 15:06:36 ut M 5.4 Kep. Tinimbar region, Indonesia 130' 06' E - 7' 46' S .....................................................
                           Sunset at bearing 54' 29' E - 22' 27' S (6th Jan) occurred at 15:07 ut 16th Jan
                           Transition of night to day in Kep. Tinimbar at bearing 130' 06' E - 7' 46' S occurred at
                           19:54 ut (4th Jan) on the 4th Jan 

16th Jan 19:07:20 ut M 5.0 Kamchatka Peninsula  160' 04' E - 55' 31' N ....... LS 111' 51' W (6th Jan) .......................
                           Sunrise at bearing 156' 12' E - 22' 29' S (6th Jan) occurred at 19:08 ut on the 16th Jan

16th Jan 20:47:43 ut M 5.7 Vanuatu  166' 31' E - 13' 28' S ......................................................................................
                           Sunrise at bearing 144' 11' E - 9' 04' N (15th Jan) occurred at 20:47 ut on the 16th Jan

17th Jan 01:17:49 ut M 5.0 Vanuatu  166' 33' E - 13' 30' N ...... CS on 163' 03' E (12th Jan) ......................................
                           Transition of day to night, at bearing 77' 21' W - 20' 59' S (15th Jan) occurred at 01:18 ut 17th Jan

17th Jan 09:08:00 ut M5.9 Cuba  76' 34' W - 19' 54' N .............................................................................................
                           Transition of night to day in Cuba at bearing 76' 34' W - 19' 54' N (15th Jan) occurred at 
                           10:24 ut (7th Jan) on the 7th Jan

17th Jan 09:21:50 ut M 5.1 South Sandwich Islands  26' 02' W - 56' 51' S ...... CM 77' 30' W (15th Jan) .....................
                           Transition of night to day, at bearing 77' 21' W - 20' 59' S (15th Jan) occurred at 09:22 ut 17th Jan
                           Transition of day to night, at bearing 149' 38' E - 5' 22' N (6th Jan) occurred at 09:22 ut 17th Jan

17th Jan 11:48:39 ut M 5.2 Northern Sumatra  94' 40' E - 5' 31' N ...... CM 113' 05' W (6th Jan) ..................................
                           Transition of night to day, at bearing 117' 12' W - 22' 38' S (4th Jan) occurred at 11:48 on the 7th Jan


Over the course of the next 8 days, the sun and moon will be drawing closer together, leading up to new moon on the 28th. On 13 occasions during this period, the sun and moon will occupy 2 different longitude co-ordinates from the table above, at the same time. The following table shows when and where this will happen .........


18th Jan 19:40 ut ... CS 112' 21' W ... CM 143' 19' E

19th Jan 01:46 ut ... CS 156' 10' E .... CM   54' 30' E

19th Jan 13:16 ut ... CS   16' 18' W ... CM 112' 57' W

19th Jan 20:00 ut ... CS 117' 16' W ... CM 149' 0' E

20th Jan 19:40 ut ... CS 112' 12' W ... CM 164' 24' E

21st Jan 03:14 ut ... CS 134' 19' E ..... CM 54' 15' E

21st Jan 19:40 ut ... CS 112' 08' W ... CM 175' 06' E

22nd Jan 10:30 ut .. CS   25' 25' E .... CM  40' 39' W

22nd Jan 15:28 ut .. CS   49' 05' W ... CM 112' 52' W

24th Jan 17:21 ut ... CS  77' 12' W .... CM 117' 21' W

27th Jan 00:30 ut ... CS 175' 41' E .... CM 163' 05' E

28th Jan 00:30 ut ... CS 175' 44' E .... CM 175' 18' E

28th Jan 01:20 ut ... CS 163' 06' E .... CM 163' 06' E (New Moon)


At the time of this post, there have only been a small number of 5+ quakes to work with, but each event has correlation with the data in the table. In some cases it even implies for a given contact in one part of the globe, an action occurs in another part. But the question remains; are these just a set of random numbers, or is it the case that you can chose any 6 days, and 8 different times and get the same results ?.  I have done my best to simplify this, so I hope you find it ledge-able ... might be intriguing to see if further correlations continue up to expiry ! 

Duffy

Duffy;

I'm puzzled by how fast you have the moon moving in these tables. It takes 28 days to circle the earth so how does it get half way around in less than a day? Or am I just overlooking the earth's rotation?

I'm not an astronomer so this may just be an ignorant question.

Roger