From: Liza
Sent: Friday, December 31, 2004 5:11 PM
Subject: ANOTHER GREAT QUAKE ON HORIZON
Subject: ANOTHER GREAT QUAKE ON HORIZON
Excerpt:
If these new signals are off the land mass the earthquake will be greater than the 9.0 magnitude in the Indian ocean. A more specific epicenter may be determined upon further data received from additional main signals. If such data is received, than at that time, the location and percentage of certainty will be adjusted accordingly.
Currently the percentage of probability is 80% that a quake will occur in these locations specified with a magnitude measuring 8.0 - 9.0. Magnitude may be greater if the earthquake originates offshore in the water. This forecast is in effect immediately through January 14, 2005. The most likely dates are today December 29, 2004, January 1st, 6th, 13th and 14th 2005; plus or minus 9 to 15 hours towards sunrise/sunset. Additional main signals could result in the release of seismic activity before these most probable dates noted above. We will continue to monitor the situation and bring you further news and updates as it may develop.
Currently the percentage of probability is 80% that a quake will occur in these locations specified with a magnitude measuring 8.0 - 9.0. Magnitude may be greater if the earthquake originates offshore in the water. This forecast is in effect immediately through January 14, 2005. The most likely dates are today December 29, 2004, January 1st, 6th, 13th and 14th 2005; plus or minus 9 to 15 hours towards sunrise/sunset. Additional main signals could result in the release of seismic activity before these most probable dates noted above. We will continue to monitor the situation and bring you further news and updates as it may develop.
Liz
EARLY WARNING EARTHQUAKE DETECTION NETWORKQUAKE WATCH 2004
Los Gatos, California
Phone 408.829.4381
Fax 408.376.0728
Press Release
Contact: KIM BARROW
Phone: (408)829-4381
FOR IMMEDIATE RELEASE
11:45 AM PDT, December 29, 2004
NEW MAIN SIGNALS INDICATE ANOTHER GREAT QUAKE ON HORIZON
DECEMBER 29, 2004 FORECAST
On December 29, 2004 an early warning earthquake detection was observed for the second time for the region as stated in the December 23, 2004 press release for the 8.1 magnitude off the coast of New Zealand across Australia to the epicenter of the 9.0 magnitude quake and tsunami on December 26, 2004. These newly detected main signals received December 29, 2004 are not at the same epicenters as the underwater disturbances of the 8.1 magnitude quake off the coast of New Zealand on December 23, 2004 or the magnitude 9.0 quake off the west coast of Northern Sumatra on December 26, 2004.
Two (2) sets of main signals (quartz crystal under pressure producing short bursts of radio signals-see Coles Method) were detected 23 minutes apart from each other indicating multiple epicenters most likely on land. These main signals were greater than the 8.1 magnitude quake or the 9.0 magnitude quake as predicated on December 11, 2004 at http://www.syzygyjob.net/jackcoles/.
If these new signals are off the land mass the earthquake will be greater than the 9.0 magnitude in the Indian ocean. A more specific epicenter may be determined upon further data received from additional main signals. If such data is received, than at that time, the location and percentage of certainty will be adjusted accordingly.
Currently the percentage of probability is 80% that a quake will occur in these locations specified with a magnitude measuring 8.0 - 9.0. Magnitude may be greater if the earthquake originates offshore in the water. This forecast is in effect immediately through January 14, 2005. The most likely dates are today December 29, 2004, January 1st, 6th, 13th and 14th 2005; plus or minus 9 to 15 hours towards sunrise/sunset. Additional main signals could result in the release of seismic activity before these most probable dates noted above. We will continue to monitor the situation and bring you further news and updates as it may develop.
Â?All we want to do is save livesÂ? Jack Coles
For References See: AP Wire Service January 17-19th, 1994, Hard Copy, American Journal (Inside Edition January 19, 1994) and the L.A. Weekly News; Â?The Myth of Solid GroundÂ? April 9-16th, 1999 top of page 34; the Â?Thurston ClarkÂ?s book Â?California FaultÂ? see pages 254-258 and 397-398; along with many other publications for television, radio, and newspaper from Canada to Japan down to Columbia; nationwide in the United States.
--------------------------------------------------------------------------------------------------------------------------------
Coles Method Of Detecting Earthquakes
[Simplified]
There are two types of earthquake signals, Â?InitialÂ? build-up and Â?MainÂ? signals that are seismic events in progress that result in earthquakes as much as 90% of the time. Â?Initial SignalsÂ? are build-up types of indicators and may be compared to a rumbling or elevated background noise from the earthÂ?s normal two to twelve hertz or the sudden lack of sound coming from normal rotation of this sphere we live on. These Â?Initial SignalsÂ? eventually have yielded quakes approximately 5-to-15% of the time depending on the area and can be followed by a main signal that could give us as much as a 90% forecast with larger quakes. These could and most of the time takes months or years. This could be a Â?get readyÂ? warning stage. A long period of Â?initial signalsÂ? with a sudden change could be an indication to Â?get setÂ? and when the Â?Main SignalÂ? hits that would be Â?goÂ?! This is the time interval that one starts to pay extreme attention. Even so, Â?Initial SignalsÂ? by themselves are still good for about 5-to-15% of the forecast.
Â?Main SignalsÂ? are the detections of the earth as it sparks as a beacon flaring radio noise and sometimes travels around the globe. These are the signals which give us the most likely possible dates, times, location(s), and magnitudes. They happen at one day (four-to-twenty four hours 1x1), four days (fifty six-to-ninety six hours 2x2), nine day (3x3), sixteen day (4x4), etc. At 1x1, 2x2, 3x3, 4x4, 5x5, 6x6, etc. those most likeliest dates have occurred on 1,4,9,16 days and only three quakes that have gone 25 days with three that have taken 28 to 30 days (see eruption cycle at Mt. Saint Helens); this could be due to a lunar cycle. On January 21, 1994 twenty-one main signals occurred and it took 361 days for the quake to happen at Kobe, Japan on January 16, 1995. (19x19) Before the quake there was also four day, nine and sixteen day signals. These signals can be picked up on a SPECTRUM ANALYZER. This could be likened to a pencil under pressure sounding off with no visible signs of cracking. Matter of fact, most all-solid objects under stress will sound off before apparent cracking or breaking occurs. More so, quartz crystal sends off radio noise (piezoelectricity) just before breakage despite Â?Nay SayersÂ? that profess that it isnÂ?t so! (See Nova, Â?Are we AloneÂ?, Colorado Department of Mine segment). Also it may be brought to our attention that some rocks decay and are radioactive for tens of thousands of years. Who says that radio noise does not come out of rock? Some of the brightest and deadliest radio waves come from small orb made from rock and put under explosive pressure making nuclear pulse; the Atom bomb.
An example of a final main signal would be 2:57 A.M. Friday the 14th of January 1994. Counting the day that it happened as Â?day oneÂ?, Â?day fourÂ? would be Monday morning January 17th. If these Â?main SignalsÂ? happen in the in the afternoon or evening the quakes most likely happen the morning of the fourth day. The midway portion of these signals toward sunrise would place the time at 4:27 A.M. The Northridge Quake in 1994 hit at 4:31 A.M. four minutes off the exact dead center. The Kobe, Japan Quake in 1995 gave off the most Â?Main SignalsÂ? starting the 2nd of January 1995 giving a distinct echo to indicate distance, location, and magnitude killing nearly 6,000 thousand people sixteen days later.
If a person that would have listened to Â?Initial SignalsÂ? and Â?Main SignalsÂ? like they did back in the early days of radio in Los Angeles: Tune your AM radio down to 530khz and then slowly go up the dial until you have reached a quiet spot in between radio stations with little or no buzz. Next turn the volume up to where there is constant static then turn the volume down until you can barely hear it. You will hear lightning crackling during a storm, lights being turned on and off, or some kinds of electric tools being used. These need to be subtracted from the earthÂ?s upward cascading harmonic emissions from the 2-to-12 hertz range. Write down the exact time and dates and you will be hearing these initial and main signals. DonÂ?t forget to go about the normal activities of the day. These anomalies will be loud enough that you can hear them at the time they happen even though the volume is low. When the Â?Main SignalÂ? is detected an earthquake is in process. There will be a sixteen (16) day window period with three most likely dates, if the quake doesnÂ?t happen in the first 24 hours. A good example would be if a Â?Main SignalÂ? happened on the 1st of any given month, the window would start on the first (1st) and go through the seventeenth (17th) of that month. The most likeliest dates would be the first, fourth, ninth, and sixteenth (1x1, 2x2, 3x3, 4x4). The time would be based on +/- 9 to 15 hours toward sunrise/sunset and could be either side of the dates mentioned. If a signal happens late at night the following would apply. The 4th and 5th, or 9th and 10th, or the16th and17th with the last day being the18th.
Los Gatos, California
Phone 408.829.4381
Fax 408.376.0728
Press Release
Contact: KIM BARROW
Phone: (408)829-4381
FOR IMMEDIATE RELEASE
11:45 AM PDT, December 29, 2004
NEW MAIN SIGNALS INDICATE ANOTHER GREAT QUAKE ON HORIZON
DECEMBER 29, 2004 FORECAST
On December 29, 2004 an early warning earthquake detection was observed for the second time for the region as stated in the December 23, 2004 press release for the 8.1 magnitude off the coast of New Zealand across Australia to the epicenter of the 9.0 magnitude quake and tsunami on December 26, 2004. These newly detected main signals received December 29, 2004 are not at the same epicenters as the underwater disturbances of the 8.1 magnitude quake off the coast of New Zealand on December 23, 2004 or the magnitude 9.0 quake off the west coast of Northern Sumatra on December 26, 2004.
Two (2) sets of main signals (quartz crystal under pressure producing short bursts of radio signals-see Coles Method) were detected 23 minutes apart from each other indicating multiple epicenters most likely on land. These main signals were greater than the 8.1 magnitude quake or the 9.0 magnitude quake as predicated on December 11, 2004 at http://www.syzygyjob.net/jackcoles/.
If these new signals are off the land mass the earthquake will be greater than the 9.0 magnitude in the Indian ocean. A more specific epicenter may be determined upon further data received from additional main signals. If such data is received, than at that time, the location and percentage of certainty will be adjusted accordingly.
Currently the percentage of probability is 80% that a quake will occur in these locations specified with a magnitude measuring 8.0 - 9.0. Magnitude may be greater if the earthquake originates offshore in the water. This forecast is in effect immediately through January 14, 2005. The most likely dates are today December 29, 2004, January 1st, 6th, 13th and 14th 2005; plus or minus 9 to 15 hours towards sunrise/sunset. Additional main signals could result in the release of seismic activity before these most probable dates noted above. We will continue to monitor the situation and bring you further news and updates as it may develop.
Â?All we want to do is save livesÂ? Jack Coles
For References See: AP Wire Service January 17-19th, 1994, Hard Copy, American Journal (Inside Edition January 19, 1994) and the L.A. Weekly News; Â?The Myth of Solid GroundÂ? April 9-16th, 1999 top of page 34; the Â?Thurston ClarkÂ?s book Â?California FaultÂ? see pages 254-258 and 397-398; along with many other publications for television, radio, and newspaper from Canada to Japan down to Columbia; nationwide in the United States.
--------------------------------------------------------------------------------------------------------------------------------
Coles Method Of Detecting Earthquakes
[Simplified]
There are two types of earthquake signals, Â?InitialÂ? build-up and Â?MainÂ? signals that are seismic events in progress that result in earthquakes as much as 90% of the time. Â?Initial SignalsÂ? are build-up types of indicators and may be compared to a rumbling or elevated background noise from the earthÂ?s normal two to twelve hertz or the sudden lack of sound coming from normal rotation of this sphere we live on. These Â?Initial SignalsÂ? eventually have yielded quakes approximately 5-to-15% of the time depending on the area and can be followed by a main signal that could give us as much as a 90% forecast with larger quakes. These could and most of the time takes months or years. This could be a Â?get readyÂ? warning stage. A long period of Â?initial signalsÂ? with a sudden change could be an indication to Â?get setÂ? and when the Â?Main SignalÂ? hits that would be Â?goÂ?! This is the time interval that one starts to pay extreme attention. Even so, Â?Initial SignalsÂ? by themselves are still good for about 5-to-15% of the forecast.
Â?Main SignalsÂ? are the detections of the earth as it sparks as a beacon flaring radio noise and sometimes travels around the globe. These are the signals which give us the most likely possible dates, times, location(s), and magnitudes. They happen at one day (four-to-twenty four hours 1x1), four days (fifty six-to-ninety six hours 2x2), nine day (3x3), sixteen day (4x4), etc. At 1x1, 2x2, 3x3, 4x4, 5x5, 6x6, etc. those most likeliest dates have occurred on 1,4,9,16 days and only three quakes that have gone 25 days with three that have taken 28 to 30 days (see eruption cycle at Mt. Saint Helens); this could be due to a lunar cycle. On January 21, 1994 twenty-one main signals occurred and it took 361 days for the quake to happen at Kobe, Japan on January 16, 1995. (19x19) Before the quake there was also four day, nine and sixteen day signals. These signals can be picked up on a SPECTRUM ANALYZER. This could be likened to a pencil under pressure sounding off with no visible signs of cracking. Matter of fact, most all-solid objects under stress will sound off before apparent cracking or breaking occurs. More so, quartz crystal sends off radio noise (piezoelectricity) just before breakage despite Â?Nay SayersÂ? that profess that it isnÂ?t so! (See Nova, Â?Are we AloneÂ?, Colorado Department of Mine segment). Also it may be brought to our attention that some rocks decay and are radioactive for tens of thousands of years. Who says that radio noise does not come out of rock? Some of the brightest and deadliest radio waves come from small orb made from rock and put under explosive pressure making nuclear pulse; the Atom bomb.
An example of a final main signal would be 2:57 A.M. Friday the 14th of January 1994. Counting the day that it happened as Â?day oneÂ?, Â?day fourÂ? would be Monday morning January 17th. If these Â?main SignalsÂ? happen in the in the afternoon or evening the quakes most likely happen the morning of the fourth day. The midway portion of these signals toward sunrise would place the time at 4:27 A.M. The Northridge Quake in 1994 hit at 4:31 A.M. four minutes off the exact dead center. The Kobe, Japan Quake in 1995 gave off the most Â?Main SignalsÂ? starting the 2nd of January 1995 giving a distinct echo to indicate distance, location, and magnitude killing nearly 6,000 thousand people sixteen days later.
If a person that would have listened to Â?Initial SignalsÂ? and Â?Main SignalsÂ? like they did back in the early days of radio in Los Angeles: Tune your AM radio down to 530khz and then slowly go up the dial until you have reached a quiet spot in between radio stations with little or no buzz. Next turn the volume up to where there is constant static then turn the volume down until you can barely hear it. You will hear lightning crackling during a storm, lights being turned on and off, or some kinds of electric tools being used. These need to be subtracted from the earthÂ?s upward cascading harmonic emissions from the 2-to-12 hertz range. Write down the exact time and dates and you will be hearing these initial and main signals. DonÂ?t forget to go about the normal activities of the day. These anomalies will be loud enough that you can hear them at the time they happen even though the volume is low. When the Â?Main SignalÂ? is detected an earthquake is in process. There will be a sixteen (16) day window period with three most likely dates, if the quake doesnÂ?t happen in the first 24 hours. A good example would be if a Â?Main SignalÂ? happened on the 1st of any given month, the window would start on the first (1st) and go through the seventeenth (17th) of that month. The most likeliest dates would be the first, fourth, ninth, and sixteenth (1x1, 2x2, 3x3, 4x4). The time would be based on +/- 9 to 15 hours toward sunrise/sunset and could be either side of the dates mentioned. If a signal happens late at night the following would apply. The 4th and 5th, or 9th and 10th, or the16th and17th with the last day being the18th.
Please stay prepared... Â?All we want to do is save lives" JackColes
For References See: AP Wire Service January 17-19th, 1994, Hard Copy, American Journal (Inside Edition January 19, 1994) and the L.A. Weekly News; Â?The Myth of Solid GroundÂ? April 9-16th, 1999 top of page 34; the Â?Thurston ClarkÂ?s book Â?California FaultÂ? see pages 254-258 and 397-398; along with many other publications for television, radio, and newspaper from Canada to Japan down to Columbia; nationwide in the United States.
http://www.syzygyjob.net/jackcoles/messages/5114.shtml
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