Cover-up Games: Magnetosphere Data Hide and Seek

[Howard]

ZetaTalk: Oct 31, 2019

"Why would the periods of omission occur in a staggered manner, such that pulling the periods into a 25-26 hour day aligns the periods of omission? This of course begs the question – is the rotation of Nibiru somehow involved? We have stated that Nibiru rotates in a retrograde manner. We have also stated that Nibiru is pointing its N Pole toward the Earth, in the manner of a T relationship between magnets. But particles such as magnetons do not emit precisely from the geographic N Pole of Nibiru, just as the magnetic and geographic poles of Earth do not precisely line up.

"Thus as Nibiru rotates, the electro-magnetic blasts heading toward the Earth wax and wane. Does the fact that BATSRUS charts are omitted for hours at a time in a cascading manner indicate the rotational period of Nibiru? There can be no doubt. The cover-up over Nibiru cannot correlate the blasts with activity from the Sun, so such pattern analysis of the BATSRUS charts is an embarrassment. Thus, as with all evidence of Nibiru, the data will be increasingly withheld from the public."

Since 2009, real time magnetosphere data has provided irrefutable evidence that a powerful magnetic influence OTHER than the Sun resides in the inner solar system.  But perhaps even more compelling is the testimony offered by the cover-up whenever magnetosphere data is blatantly concealed as the unrelenting incidence of magnetosphere anomalies defy any explanation other than the presence of a rogue planet.

For nearly 10 years, the NICT Magnetosphere Simulator provided real time, two-dimensional visualizations of Earth’s magnetosphere, but was conspicuously terminated in March 2012.  Now it appears yet another once-reliable source for modeling Earth's magnetosphere has been compromised. 

A brief historical summary is provided below:

In 2009, NICT MagSim began showing Earth temporarily losing her magnetic south pole. 

In 2010, NICT MagSim depicted how the area of Earth's magnetosphere below the ecliptic started deforming.

By April 2012, the escalating incidents of severe magnetosphere compression resulted in a sudden and implausible suspension of NICT Magnetosphere Simulator web services.

By May 2012, other data sources were being utilized by ECAPS ning members to track the increasing incidence of magnetosphere anomalies resulting from Planet X including:

SolarSoft

ACE RTSW

SWPC 

CCMC

In addition to many enduring severe compressions of the magnetosphere, by August 2012, severe turbulence in the magnetosphere was demonstrably evident.

By September 2012, severe tilting of Earth's magnetic dipole in the direction of Planet X was apparent.

On October 19th, an unprecedented combination of magnetosphere anomalies were observed.

A few days later, it became apparent that further cover-up attempts of magnetosphere data were being implemented.  A severe compression was recorded between 20:00 UTC October 23rd and 00:00 UTC October 24th, yet it was not depicted on CCMC.

The following images are from a similar severe compression that occurred on September 23, 2012.  Ordinarily, during such prolonged severe compressions, BATSRUS modleing produces images that reflect a squeezed magnetosphere (first image below) and eventually the characteristic closed magnetic field line "rings" (second image below) indicating that Earth's magnetic field is temporarily subsumed by Planet X:

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During the peak of the severe compression on October 23rd, however, BATSRUS depicted a relatively normal magnetosphere without any images that suggested a compression was occurring.

Also, on the 3-day ACE RTSW plot, a yellow line was inserted near the timescale suggesting the ACE satellite was being maneuvered during this time frame.  It should be noted that such a "maneuver" has rarely been indicated before on RTSW plots, nor have they coincided with a severe compression.

This was not an isolated incident.  Even worse, images from the BATSRUS website have not been available during the last several severe compressions that have occurred over the past week and the website itself has been unavailable with increasing frequency. 

It is thus becoming increasingly obvious that another once reliable source of magnetosphere information is being shrouded by the cover-up, and those who wish to observe the magnetosphere are relegated to interpreting raw real time data without the benefit of visualization models such as BATSRUS or NICT.

[M. Difato]

Looking at the BATSRUS Y-CUT cygnet February 13, 20:29 UTC thru February 14, 00:24 UTC, showing a strong Magnetic Eddy Flow  form behind the Earth.

Note the end of the Gif showing the missing frames (time) are back as of February 12, 2019, as noted back in December 2018. This is likely to prevent public viewing of a Mangled Magnetosphere from the tail of Nibiru. 

Images on the left reflect the last image before missing frames (time) and images right are the first return images.

 the 2/12/19 top left image showing the last image @ 02:08 and first return image @ 06:11. that is 4 hours and 3 minutes of missing time.

 

[M. Difato]

 Following Strong magnetic eddy flows behind the Earth almost without interruption for over 7 hours  11/25-26/2018 http://poleshift.ning.com/profiles/blogs/magnetosphere-eddy  most of the ISWA - Magnetospere Cygnets went offline for over 50 hrs from 11/26 thru 11/28 Since then the BATSRUS -Y-cut along with the Magnetopause cygnets have struggled to stay online with out missing time (missing frames). There was another notable sustained missing frame period lasting 34 hrs. from 12/2 -12/3

Images left are of the last frame before missing frames and the image right is the first frame when returning to full service.

(Charts below reflect UTC time)

 

 

 

[M. Difato]

After 2 weeks without them, the BATSRUS Y-Cut Magnetosphere cygnet offline (missing frames) again for a few days beginning 11/7/2018 ending 11/10/2018.

Here's a few captures of the last frame going into (left) and first frame coming out (right) of the latest missing frames events.

 

[M. Difato]

 BATSRUS Y-Cut Magnetosphere cygnet offline (missing frames) times and duration for the past 11 days.

 

[M. Difato]

 The BATSRUS Y-Cut Magnetosphere cygnet offline (missing frames) six times October 11, 2018, with most lasting over an hour.

Images below of the Y-Cut Magnetosphere cygnet are of the last frame going into (left) and coming out (right) of each missing frames event (Oct 11) 

[M. Difato]

September 24, 2018 the BATSRUS magnetosphere cygnets appeared to show the entire daily cycle with NO missing frames (time). 

 This was short lived as the magnetosphere was again becoming Mangled

daily. The charts below showing the date and times of these missing frame events.

All of these events have some identical traits and readings in the Y-cut magnetosphere cygnet.

An example above of the first return frame following missing frames.

With the no missing frames, I decided to start to capture still frames at the top of every hour nonstop for the 6 days from 9/24-9/30. BATSRUS Y-Cut cygnet looks to be showing the twitching of Earths magnetosphere and daily

Dipole Leaning   

 

 

 Another perspective I just inverted the colors to help show the magnetosphere and magnetopause as well as the N/S Poles.

A couple of gif's below from 9/30 showing Magnetosphere Eddy in the hours previous to the returning to removing frame as of 10/1/2018.

 

[M. Difato]

 

 

 Following Howard's affirmation of a " impressive tail waft from Nibiru yesterday (Sept 10) that temporarily decimated Earth's magnetosphere ", The Magnetosphere Cygnets again showing signs of missing frames. Having noticed this back in June, I started to log the time of events. The first frames give a read of how compressed and/or twisted Earth's magnetosphere is. Looking the first frame after each event they all shared very similar traits. All have increased Neg. plasma readings. Random examples below show how much the magnetosphere is under extreme magnetic distress going into these manipulating missing frame event.

 Most of the missing time is on avg, 15 min. or 3-5 frames, some like the first back Yesterday (9/11) seen below was 4 hours. 

 In all of the first frame after missing frames the BATRUS Magnetopause is always showing a very similar increased cavity.  Examples below show the first image demonstrating extreme magnetic distress and the second a kind of relief or less influenced magnetopause.

 Though we may not see the images we can surely note the times 

 I made these charts below showing the number and time of day (UTC) of missing frames. This started June 29 and ended July 5, 2018. On Aug, 27 the practice again started, lasting through to Sept. 5.  Now as of Sept. 11, we again see these missing frame events. As can be seen the number of occasions clearly varies. With just two events June 19-25 we can see a huge increase and that some days had as many as five times the need to hide these frames.

[Howard]

Another demonstrative side-by-side comparison of a severe compression as portrayed by BATSRUS with RCM (at left) and the predominant standard Y-cut model (at right).

[Howard]

The latest shell game employed by the cover-up to mask the magnetic onslaught from Planet X.

The below side-by-side images, recorded within minutes of each other, relay significantly different magnetospheric conditions.

BATSRUS with Rice Convection Model (RCM) at left.

BATSRUS Y-Cut at right.

"RCM modifies the plasma pressure distribution in the inner magnetosphere and changes the resulting field-aligned currents in the ionosphere (yields more realistic Region-1 currents)."

Note: CCMC and iSWA present the basic BATSRUS Y-Cut Mag Field (seen at right in the below images). One must dig a bit deeper into the iSWA website to find the RCM version.

Source

http://iswa.ccmc.gsfc.nasa.gov/IswaSystemWebApp/

[Howard]

Nearly 12 hours of missing data at the onset of severe turbulence in the magnetosphere yesterday.

Sources

http://ccmc.gsfc.nasa.gov/cgi-bin/SWMF_RealTime_browse.cgi

http://www.swpc.noaa.gov/products/ace-real-time-solar-wind

http://iswa.ccmc.gsfc.nasa.gov/IswaSystemWebApp/