Below 10 Hz Research
100 uHz to 4.5 mHz for the earthquake plots here.
System Range:  > 10,000 miles so far.

 



Latest Earth Signals Experiments


Texas Earthquake Recorded
See adjacent ---->






Earth Free Oscillations Reception
Experiment.  >>>







super moon
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Earthquakes Detected on Earth Tides



Earthquake detected by Earth Tide Signal. >>

Near Panama Quake detected record. >>

Example Earth Tide / Earthquake Signals >>>



Moon phase signal examples  >>>




Future demo's for operating programs.

Under construction Demo page.  >>

Find Earthquakes RealTime

USGS
Browser real time map >>>


IRIS
Earthquake Browser  >>>


Download page for Earth Tide
and Earthquake Records

(Just unzip and view in windows
or other media viewer.) 
>>>
















From Previous lrsatx.com Site


Flat Panel TOA Lightning Antenna   >>>
DIY Ferrite Ant. (Original design by Don Froula IL.)       >>>


Blitzortung TOA  >>>



Since few people understand where these signals come from, here is link to a great discussion by an expert in the field.

Earths Many Voices a Unified Theory for Pre-Earthquake Signals - YouTube 

Other research explained by Dr. Freund

Living with a Star, Dangerously - Friedemann Freund - YouTube


 

Note: This shows on our computers when the computer is locked to GPS.  Important for signal timing.

 


System Overview

 

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Current Projects

1- Reception of the 7.8 Hz Schumann earth cavity signals.

2- Earth Tide   0.00001 to 0 0001 Hz.  Part of the latest on going projects below 1 Hz.

3-Earthquake detection using the power grid for electrical reception instead of mechanical detection of waves. No surface wave delay!


Latest capture

Sample Earthquakes captured.  Just random loggings

Charts are based on the USGS government site.

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

Hawaii on 04 May 2018.  Massive M 6.9 Earthquake as seen by the system. 


 

Longest distance to date 14 Apr 2018

 

Activity near Volcano in Hawaii.  Note: Unlike normal instruments this system has very little delay to reach the power grid

and register on the plot. < than 200 mSec for the longest path.  About the same as Schumann lightning reception.

More volcano activity. Minutes apart in the same general area.

Hawaii 2.3 M

 

 

 

 

 

 

 

 


 

Twin Earthquakes minutes apart

 

 

 

 

 

 

 

 

 


  

 

earthquake

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Below are some snaps of the on going research into the Earth Tide signals.  0.00001 to 0.0001 Hz. 

After the full moon, signals do a massive return.  Daily repeating Sun and Moon tide signals as shown below.

1800 Hr. on the chart is 12 noon local time. About 3 hours level transition time from high to low or low to high.

 

 

 

 


The signals below have been slowed down on the plot.  This gives several days activity on the same plot.  For seeing the earthquakes just the opposite is needed.  Since the earthquakes are ridding the Earth Tide, it makes it a more difficult task to chart them. It is a slow chase to keep things on the plot when chasing the earthquakes.  Needed is a way to separate these two different activities.

Here is 4 days of Earth Tide signals being modulated by daily earthquakes.  That is the spikes you see on the larger Earth Tide signal. The large signal changes as the 28 day moon cycle goes around the earth.  The sun is a smaller modulation on the Earth Tide signal.  The earth's daily rotation modulates the large wave.

Schumann Projects

More here later as the lightning season changes.

Blitzortung TOA  >>>

 



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Super Globe Weather

  RemoteSPSM Prg. >>>

 


 

 

Contact Email

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This is the original effort of plotting Schumann Lightning out of the Cavity on 7.8 Hz



Schumann Cavity Lightning background
Received on 7.8 Hz via Power Grid

spectrum


schumann plot


Schumann Cavity Lightning Plotting Example



Looking for Q burst above the Schumann background level.
Recorded during the African Chimney time.





This is the lightning plot mode of the system.  This shows that with Schumann distance doesn't matter to much  This plot was taken 10,000 miles away in San Antonio Texas USA.



UTC Time

   

7.8Hz signals generated by storms like that shown above.
 Obtained by a special program written for this experiment