Forum Replies Created
-
115 pts115 ptslesterAugust 31, 2017 at 10:12 pm #2793
Another small event in the Atlantic again today… 4.8 at 14:55:36. If you re-mark the a cross for the 4.4 on the 25th as I described above, then mark another cross to represent the 4.8, in the same way by using Sunrise 09:08 UTC / Sunset 21:30 UTC, you should have both locations on the map. If you now change the time to 22:43 UTC, it is Sunset on the 4.4 epicentre, and Dusk on the 4.8 epicentre. They are correlated by a parallel terminator connection.
Crustal shifting is an accepted working theory because it has been documented as such, and published… an old man with a Solar flashlight theory has not!. Every day I tell myself “Sed Tantum De Tempor”, but I have lost track of how many years I have been saying this!
Score: 0115 pts115 ptslesterAugust 31, 2017 at 8:44 pm #27912017-08-31 17:06:58 UTC – M 6.4 KEP. MENTAWAI REGION WEST SUMATRA, INDONESIA … 99.685’E – 1.152’S
This event occurred 76.10 km’s (47.25 miles) SSE of my determined location
Analysis – Aug 22 22:44 UTC – T sequence for Mentawai Basin, West Sumatra
Aug 23 Third data set – T sequence for Tofua, Tonga
Aug 24 07:30 UTC – Contact in MAG data
Aug 24 15:58 UTC – T sequence for Class B 8.4 flux event
Aug 26 09:50 UTC – T sequence for Kangchenjunga, NepalI didn’t get the chance to forecast this one… but you heard it here first !
Score: 0115 ptslesterAugust 31, 2017 at 5:09 pm #2790Aug 31 12:02 UTC – Aspect change in SWEPAM data… Sunset on 97.030’E – 35.770’N Qinghai, China
Aug 31 12:30 UTC – Contact in MAG Phi… Sunset on 87.730’E – 27.600’N Kangchenjunga, Nepal
Aug 31 13:24 UTC – Aspect change in SWEPAM data… Sunset on 113.93’W -12.18’N West of Clipperton Island (C 9.4 footprint, Aug 20)
Aug 31 13:47 UTC – Contact in MAG Phi… Sunset on 71.620’E – 42.960’N Uchbalak, Kazakhstan
Aug 31 13:50 UTC – Aspect change in SWEPAM data… Dusk on 87.730’E – 27.600’N Kangchenjunga, Nepal
Aug 31 14:15 UTC – Butterfly structure in EPAMp data with division at stated time
Sunset on 60.690’E – 19.330’N Off East Coast of Oman
(ref; Aug 21 20:52 UTC, Page 1 – South Sandwich Islands)Aug 31 14:22 UTC – Peak point of EPAMp structure…
Sunset on 57.770’E – 12.690’N Gulf of Aden
Dusk on 72.080’E – 10.800’S Chagos Region, British Indian Ocean TerritoryAug 31 15:38 UTC – Contact in MAG Phi… Positional longitude of the moon on 59.316’E (Southwest Indian Ridge!)
Aug 31 16:09 UTC – Contact in MAG Phi… Sunset on 36.200’E – 39.520’N Kayseri region, Central Turkey
Score: 0115 ptslesterAugust 31, 2017 at 1:41 pm #2789Aug 31 05:37 UTC – Contact in EPAMp data… Sunset on 176.700’W – 22.828’S Pelorus Reef, South of Tonga
T Sequence for Tonga – DAWN 16:44 UTC… DUSK 06:52 UTC… SOLAR NOON 23:48 UTC…
Dawn on 156.460’E – 50.620’N Kamchatka Peninsula … 16:44 UTC, Aug 31
Sunrise on 172.720’W – 51.290’N Atka Basin, Aleutian Islands … 16:44 UTC, Aug 31
Sunrise on 13.70’W – 1.16’S North of Ascension Island (6.6 epicentre, Aug 18) … 06:52 UTC, Aug 31
Sunrise on 87.730’E – 27.600’N Kangchenjunga, Nepal … 23:48 UTC, Aug 31
Dusk on 70.300’W – 26.380’S Antofagasta, Chile … 23:48 UTC, Aug 31Aug 31 06:02 UTC – Contact in MAG Phi… Sunset on 172.352’E – 43.098’S Christchurch, New Zealand
Aug 31 06:50 UTC – Contact in MAG Phi…
Sunrise on 13.70’W – 1.16’S North of Ascension Island (6.6 epicentre, Aug 18)
Positional longitude of the moon on 172.933’W (Atka Basin, Aleutian Islands!)Aug 31 07:08 UTC – Contact in MAG Phi…
Dawn on 37.71’W – 9.50’N Atlantic Ocean (EPAMp Spike, Aug 28)
Sunset on 162.660’E – 11.220’S San Cristobal Trench, South Solomon’s (preliminary)Aug 31 08:24 UTC – Class B 7.9 flux event…
Sunset on 156.460’E – 50.620’N Kamchatka Peninsula
Sunrise on 37.71’W – 9.50’N Atlantic Ocean (EPAMp Spike, Aug 28)Aug 31 11:04 UTC – Contact in MAG Phi…
Sunrise on 78.050’W – 6.810’N Off the coast of Western Colombia
Solar Noon on 14.426’E – 40.820’N Mount Vesuvius, Italy!Aug 31 11:10 UTC – Contact in MAG Phi… Dusk on 128.540’E – 27.380’N Ryukyu, Japan
Aug 31 11:24 UTC – Contact in MAG Phi…
Sunrise on 83.123’W – 8.717’N Golifito, Costa Rica
Dusk on 115.660’E – 10.720’S Lombok Basin, IndonesiaAug 31 11:42 UTC – Contact in MAG Phi..
Dusk on 110.530’W – 25.715’N Gulf of California
Score: 0
Positional longitude of the moon on 115.930’E (Lombok Basin!)115 ptslesterAugust 31, 2017 at 10:21 am #2787Yes I read that in a book too!… part of the fun in theorising is you are given the chance to practice open mindedness. Last week I joined a few dots on a map, did some math, and with minimal data at hand I posted speculation on events in Iceland and Qinghai, China. I only hit one target but both locations appeared in the published listings. 36 hours ago I did the same thing with Ryukyu Islands and Azores Cape st Vincent. Again I hit a target and both have appeared in the published listings.
SO recently ran a story on how After 20 years of research, scientists are going to have to rethink their ideas on dark matter/energy because they were “wrong”… crustal shift is a more plausible explanation than joining a few dots with a measuring stick !
Score: 0115 pts115 ptslesterAugust 30, 2017 at 7:53 pm #2782Aug 30 moon Apogee – Today, the moon reached its furthest distance from the Earth at 397930 Kilometres. Its last second of time at this distance occurred at 12:22:29 UTC, where it was at a geocentric position of 95.116’W – 18.333’S. The sun’s geocentric position at this time was 5.483’W – 8.816’N… the opposite longitude to 5.483’W = “174.516’E”
Score: 0115 ptslesterAugust 30, 2017 at 7:06 pm #2781Aug 30 18:45 UTC – Class C 5.2 flux event…
Sunrise on 156.460’E – 50.620’N Kamchatka Penincula
Score: 0
Sunrise on 175.640’E – 41.800’S Pahaoa Canyon, North Island NZ (14 miles NE of Cook Strait target !)
One further addition that is unfortunately not proof worthy… Plasma Globe alarm is going ballistic !!115 pts115 ptslesterAugust 30, 2017 at 5:39 pm #2779Aug 30 – Here’s something on the hubbub in the Azores… 2017-08-30 14:20:07 UTC – M 5.4 Azores Islands, Portugal
DAWN 05:49 UTC… SUNRISE 07:25 UTC… SOLAR NOON 14:00 UTC…
Sunset on 175.150’E – 42.230’S Cook Strait, New Zealand … 05:49 UTC, Aug 30
Dusk on 175.150’E – 42.230’S Cook Strait, New Zealand … 07:25 UTC, Aug 30
Sunset on 67.388’E – 32.556’N Shahjoy, Eastern AfghanistanWhen the first 3.3 event occurred at 13:56 UTC, the sun was 4 minutes off Solar Noon
Score: 0
When the 5.4 event occurred at 14:20 UTC, the moon was 4 minutes off the Shahjoy longitude !115 ptslesterAugust 30, 2017 at 5:11 pm #2777Aug 30 05:42 UTC – Contact in MAG Phi… Sunset on Ritchie Banks, North Island New Zealand
Aug 30 05:47 UTC – Contact in MAG Phi… Dawn on 13.70’W – 1,16’S North of Ascension Islands (6.6 epicentre, Aug 18)
Aug 30 08:35 UTC – Class C 1.3 flux event… Dusk on 172.720’W – 51.290’N Atka Basin, Aleutian Islands
Aug 30 08:42 UTC – Contact in MAG Phi…
Dusk on 156.550’E – 6.770’S Choiseul Island, Solomon’s
Dawn on 61.080’W – 12.840’N St Vincent and the Grenadines, Virgin IslandsAug 30 09:00 UTC – Contact in MAG Phi… Sunset on 144.730’E – 41.270’N East of Hokkaido, Japan
Aug 30 09:14 UTC – Contact in MAG Phi… Dusk on 152.86’E – 12.41’N East of Guam (M 1.1 footprint, Aug 20)
Aug 30 09:32 UTC – Contact in MAG Phi… Solar Noon on 36.200’E – 39.520’N Kayseri, Central Turkey
Aug 30 13:42 UTC – Contact in MAG Phi… Sunset on 59.520’E – 30.710’S Southwest Indian Ridge
Aug 30 14:18 UTC – Contact in MAG Phi… positional longitude of the moon on 67.149’E (Afghanistan!)
Score: 0115 pts115 ptslesterAugust 30, 2017 at 2:49 pm #2775I covered a piece at the start of my clues thread, relating to “eclipse last shadow contact” on the Gulf of California at 19:00 UTC. This is pure speculation, but I have a scenario that seems to fit with the 4.4 North Atlantic event. To find the exact point of the event on a T&D map, input 09:32 UTC Aug 21 for Sunrise, and 22:58 UTC on the same date for Sunset… draw a cross where the borders meet. Input 19:00 UTC Aug 21, and place a dot in the centre of the sun image. Take a ruler (measuring stick) and line up the sun dot, with the centre eclipse image dot… the line continues through the 4.4 cross, and continues through the Northwest Coastline of Iceland. Same thing happens when you line up the anomalies in your image of the 25th.
If you take into account that at 19:00 UTC August 21, it was also Sunset on the 6.6 Ascension epicentre, and Dawn on the pre seismic location in the Admiralty Islands P.N.G…. it’s going to leave an impression! The Northeasterly direction of the eclipse shadow relative to Earth at this time will undoubtedly have reduced temperature in that region, why it should have consequences 4 days later is unclear. But if I may use an analogy, If you possess an adjustable flashlight, you can adapt its use between a broad and narrow beam. With a broad beam from your perspective you can see over a wide area, change this to narrow and the outer penumbrae areas disappear into darkness because the energy of the beam is now focused on a small point. You cannot see what you saw before, yet the flashlight is using the same amount of energy! Energy from the sun is constant, the only thing that changes during an eclipse is our perspective of what we can see around us with our remaining visual portion of the electromagnetic spectrum. The moon in effect is adjusting this Solar flashlight from broad to narrow, and focusing the same amount of energy into a smaller region… one speculative answer to a rare event!
Apologies, more yada I guess… I got bored chasing clues today 🙂
The Earth has “memory”
Score: 0115 ptslesterAugust 29, 2017 at 10:11 pm #2762Aug 29 19:32 UTC – Break in all ACE data feeds… Does not correspond with locations in the current model!
Aug 29 19:44 UTC – contact re-established… Does not correspond with locations in the current model!
Aug 29 21:04 UTC – Contact in MAG thete, Bz… this also corresponds with SWEPAM data
Speculation – If you combine the first and last times of 19:32 – 21:04 UTC, they correspond to Sunset / Dusk on 14.255’W – 36.930’N Azores Cape St Vincent Region. Combining the second and last time of 19:44 – 21:04 UTC, corresponds to Dawn / Sunrise on 128.540’E – 27.380’N Wadomari Island, Ryukyu Islands Japan. Considering the ensuing aspect change after the data break, the second option is the more favourable !
Score: 0115 ptslesterAugust 29, 2017 at 8:08 pm #2761Aug 29 14:32 UTC – Break in all MAG traces… also corresponds with aspect change in SWEPAM data
Solar Noon on 37.71’W – 9.50’N Atlantic Ocean (EPAMp spike, Aug 28 – exactly 24 hours later!)
Dusk on 79.128’E – 26.870’N Uttar Pradesh, Northern India (ref; Aug 28, 14:32 UTC)
Dawn on 172.720’W – 51.290’N Atka Basin, Aleutian IslandsAug 29 15:38 UTC – Aspect change in MAG data…
Dusk on 71.620’E – 42.960’N Uchbulak, Kazakhstan
positional longitude of the moon on 36.460’E (Kayseri, Central Turkey)Aug 29 16:12 UTC – Aspect change in MAG data… Sunset on 36.200’E – 39.520’N Kayseri, Central Turkey
(Kayseri longitude needs amendment to forecast !)Aug 29 17:14 UTC – Contact in MAG Phi…
Dawn on 175.150’E – 42.230’S Cook Strait, New Zealand
Solar Noon on 78.050’W – 6.810’N Off Coast of Western Colombia
Longitud of the moon on 13.21’E (Ishia Island / Vesuvius!)Aug 29 17:48 UTC – Contact in MAG thete, Bz… Dusk on 36.200’E – 39.520’N Kayseri, Central Turkey
Aug 29 18:01 UTC – Break in MAG data… Sunrise on 176.655’W – 23.290’S South of Tonga
Aug 29 18:11 UTC – Contact in MAG theta, Bz… Sunrise on 179.520’E – 16.710’S North Division, Fiji
Score: 0115 pts115 ptslesterAugust 29, 2017 at 11:14 am #2751Aug 29 03:00 UTC – Class C 2.8 flux event…
Solar Noon on 136.100’E – 33.540’N Southern Honshu, Japan
Dusk on 113.93’W – 12.18’N West of Clipperton Island (M 1.1 footprint, Aug 20)
Sunrise on 36.200’E – 39.520’N North of Kayseri, Central Turkey
Dusk on 107.480’W – 29.370’N Chihuahua, Mexico (Sonora connection!)Aug 29 04:30 UTC – Class B 9.0 flux event… Sunrise on 14.426’E – 40.820’N Mount Vesuvius, Italy (again !!)
Aug 29 05:24 UTC – Break in MAG data… Solar Noon on 99.170’E – 0.670’S Mentawai Basin, West Sumatra
Aug 29 06:21 UTC – Class C 1.0 flux event…
Sunset on 172.720’W – 51.290’N Atka Basin, Aleutian Islands
Positional longitude of the moon on 171.610’E (New Hebrides Trench!)Aug 29 07:32 UTC – Contact in MAG Phi…
Sunset on 156.550’E – 6.770’S Choiseul Island, Solomon’s
Solar Noon on 66.67’E – 17.48’S Mauritius (5.9 epicentre, July 19)Aug 29 08:14 UTC – Contact in MAG Phi…
Sunset on 148.12’E – 1.43’S Admiralty Islands P.N.G. (6.4 epicentre, Aug 27)
Dusk on 164.34’E – 49.30’S Auckland Islands Region (6.6 epicentre, July 11)Aug 29 08:34 UTC – Contact in MAG Phi… Dusk on 172.720’W – 51.290’N Atka Basin, Aleutian Islands
Score: 0115 pts115 ptslesterAugust 28, 2017 at 11:48 pm #2742Aug 28 22:26 UTC – Mag data feed stops…
At this time, it is again Sunrise on 115.010’E – 10.720’S Lombok Basin, Indonesia. However for this day only, it has a parallel T connection with Dawn on 87.730’E – 27.600’N Kangchenjunga, Nepal (22:26 UTC). If these seismic anomalies are really present, it will be interesting to see if correlating activity ensues in the next 48 hours !
Score: 0115 ptslesterAugust 28, 2017 at 11:21 pm #2740Hi guy’s
Apologies for my absence, I am trying to complete a 30 day stretch on post eclipse activity… news I received last week, I thought I had better get on with the job at hand.Posted some info on the proton spike today, didn’t include this but it was Dawn 100 km’s North of Ostrova Island at 14:32 UTC… might be helpful !. I read an impressive forecast by Yoseph… perhaps he’s been listening to Elvis too! 🙂
Keep up the good work!
Score: 0115 ptslesterAugust 28, 2017 at 10:34 pm #2739Aug 28 More on the spike!
The proton spike that was recorded in the EPAMp data at 14:32 UTC, had me checking my old records. Contact spikes like this one more commonly occur during the Autumn / Winter period. My own interpretation of this is that they occur due to seismic influences in polar regions connecting with the Aurora… kind of like a short circuit. So I have done a little more speculating with one region in mind, and ended up thousands of miles away from my intended target…
At the time the proton spike occurred, it was Dawn on 174.060’W – 52.140’N Atka Island in the Aleutian Islands. Here’e the T sequence…SUNRISE 16:43 UTC… SUNSET 06:34 UTC… DUSK 08:44 UTC… SOLAR NOON 23:38 UT
Dawn on 156.000’E – 50.645’N Kamchatka Peninsula … 16:43 UTC, Aug 28
Dawn on 27.135’W – 59.720’S Cook Island, South Sandwich Islands … 06:34 UTC, Aug 28
Dusk on 1567.550’E – 6.770’S Choiseul Island, Solomon’s … 08:44 UTC, Aug 28
Dawn on 67.388’E – 32.556’N Shahjoy, Eastern Afghanistan … 23:38 UTC, Aug 28The last entry is my re-direction from Atka Island, I mentioned Afghanistan on the 25th as being related to the satellite data termination of that day (ref; Aug 25 23:35 UTC, first post on this page). Shahjoy first came to my attention on the 22nd, when I reported a Mag feed break in all traces (ref; Aug 22 15:36 UTC, Page 1). It coincided with Dusk Off the East Coast of Oman, Shahjoy shared the same Dusk threshold on the 22nd… but the T angle has since changed with respect to these locations.
I then tried my flux method on the sun’s location at the time the spike occurred. The sun was a geocentric position of 37.71’W – 9.50’N, when I ran a T sequence for this location, I only got one hit. It was Dawn on the stated co-ordinates at 07:10 UTC, and Solar Noon on 71.620’E – 42.960’N Uchbulak, Kazakhstan… mentioned in the entry prior to this one! When I applied this time to the moonlight map, the moon threshold was on Shahjoy, Afghanistan !. Three locations from one proton spike… getting 1 in 3 would be a good hit 🙂
Something to finish this on… Quote from my post of July 26 12:32 am, in my thread; Data Analysis – Self Interpretation, “” ACE MAG feed terminated at 23:03 UTC -8 LS = 22:55 UTC. Sunrise on 111.50’E – 9.20’S East Java … 22:55 UTC, July 25 “”
2017-08-27 00:02 UTC – M 5.2 East Java, Indonesia … 111.06’E – 10.34’S
……………………………………………………………………………………
Aug 28 20:33 UTC – Disruption in all MAG data feed traces…
This would appear to have the same explanation as yesterday (ref; Aug 27 20:34 UTC). Rechecking MAG data for Aug 27 20:34 UTC, shows a definite 1 minute T angle shift on the Molucca Sea region… if a seismic anomaly is present here, it’s position is redefined as being 30 km’s more to the North!
Score: 0115 ptslesterAugust 28, 2017 at 4:52 pm #2724Aug 28 11:56 UTC – Aspect change in SWEPAM data… positional longitude of the moon on 79.128’E
Aug 28 14:32 UTC – Contact Spike in EPAMp data… does not correspond with current model
Speculation – If you combine the longitude of the moon at 11:56 UTC, with the contact spike at 14:32 UTC, you end up with Dusk on 79.128’E – 26.870’N in Etawah, Uttar Pradesh, Northern India. Here’s the T sequence…
DAWN 23:05 UTC… SUNRISE 00:24 UTC… SUNSET 13:12 UTC…
Sunrise on 97.030’E – 35.770’N Alake Lake Qinghai Province, China … 23:05 UTC, Aug 28
Positional longitude of the moon on 83.020’W (Costa Rica) … 23:05 UTC, Aug 28
Dawn on 61.200’E – 19.080’N Off East Coast of Oman … 00:24 UTC, Aug 28
Solar Noon on 175.150’E – 42.230’S Cook Strait, New Zealand … 00:24 UTC, Aug 28
Sunset on 82.90’E – 44.37’N Northern Xinjiang, China (6.3 epicentre, Aug 8) … 13:12 UTC, Aug 28
Sunset on 72.080’E – 10.800’S Chagos Region, British Indian Ocean Territory … 13:12 UTC, Aug 28Aug 28 14:40 UTC – Aspect change in SWEPAM data…
Dusk on 66.67’E – 17.48’S Mauritius (5.9 epicentre, July 19)
Solar Noon on 39.550’W – 33.780’N Northern Mid-Atlantic RidgeAug 28 15:40 UTC – Class B 9.4 flux event… Dusk on 71.620’E – 42.960’N Uchbulak, Kazakhstan
Score: 0 -
|
