Showing posts with label Magnetosphere. Show all posts
Showing posts with label Magnetosphere. Show all posts

Thursday, March 3, 2016

The Data Supporting LIGO' s Failure.

LIGO data event occurred on 9/15/2015 or 9/16/2016 depending on where you live on the planet. What surprised me most is that the scientist at LIGO did not look to the Sun as the origin of the event.

The Earth experienced earthquakes on 9/15/2015 and 9/16/2016  in Chile. An 8.4 located near Santiago 20:20 local time. "The total number of aftershocks through 5 a.m. Chile time on Tuesday, September 22, 2015 (128 hours after the earthquake), has been 563, of which 29 (5%) have been between 5.5 and 7.6 on the Richter Scale. "  credit  John Cobin.

Lets look at the solar data from 9/13/2015 20:00



Notice the many Delta class sunspots. 

Then we have the solar flare monitor

What we see here are several solar flares emitting vast amounts of energy at the Earth. They happen to hit the earth at the exact time LIGO records an event.

Here is the magnetosphere being bombarded by solar flares when LIGO says two blackholes collide.





None of this was ruled out by LIGO. At best this is poor science. At its worst, it is scientific fraud. Trying to maintain Einstein's work.

Thursday, July 9, 2015

Protect the Earth's Magnetic Field

I would like to build an array of nuclear powered electromagnets just outside the Magnetosphere. It should always point to the sun. Adding protection to Earth's Magnetosphere.

We will lose this fight with the sun if we don't start accepting new concepts. The sun will burn off light elements like oxygen in major flares. We already see this and have tools to watch it happen.

Now we need tools to enhance the magnetic field.

Friday, November 2, 2012

Android tools for space weather and earthquakes

I have two android tools that have made understanding the basics of the relationship of space weather and earthquakes.

By using the NASA Space Weather app and the Earthquake Alert app one can observe CMEs leave the sun and impact the earth. From flares to the impact of the magnetosphere, more data is being added all the time.

The Earthquake Alert app also tells the depth of the impact of the electrical discharge rupturing the tectonic plate. 

I use these tools along with Google Alerts "Coronal Mass Ejections", to give myself about 2 days lead time to a major seizure. I have written before that these major seizure occur at the same time +/- speed and distance from the impact.

Thankyou for building these tools.
Aaron

Tuesday, March 15, 2011

Solar Weather effects Earth's tectonics

It has been difficult to focus on one topic when so many catastrophic issues facing us. I have been writting on the effect of CMEs on planets. We see a direct effect on the Earth's Magnetosphere and Tectonic effects caused by solar events.


Credit: NASA

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This is the CME that caused the 9.0 Japan earthquake and tsuanmi. This video shows the event three times and then shows a bar graph. It is also interesting that an object is in orbit infront of the Sun. As the final CME explodes the object is moved drastically out of orbit.



The CME is a charged electric field, a large composite of Z bosons. This event travels at the speed of Charge (electricity) in the medium of the space. We see these events 2-3 days before the charge event hits the magnetosphere. Thus it is not possible for electricty or charge to travel at C.

The CMEC travels until it hits a W+/- boson field that is capable of storing capacitance and intensiy of the Z boson field. This process is described in the papers and postings through out this blog.

When these CMEs hit the Earth's Magnetosphere, it deforms the longitudinal field of the W+/- boson magnetosphere. The intensity absorbsion is affected by the angle of impact and charge of the object.

Credit:ESA

Another interesting thing is that Japan was not facing the Sun during the CME impact. The epicenter is the point where tension is released. This means more tension was added to the plate system in different areas to cause this release of tension where the epicenter occured.

Saturday, February 27, 2010

Chile Earthquake

USGS information.
USGS Centroid Moment Tensor Solution
10/02/27 06:34:09.75
 BIO-BIO, CHILE                  
 Epicenter: -35.988  -72.782
 MW 8.6

 USGS CENTROID MOMENT TENSOR
 10/02/27 06:35:27.29
 Centroid:  -35.757  -72.389
 Depth  36         No. of sta:189
 Moment Tensor;   Scale 10**21 Nm
   Mrr= 7.40       Mtt=-0.53
   Mpp=-6.87       Mrt= 0.06
   Mrp=-5.95       Mtp=-0.76
  Principal axes:
   T  Val=  9.57  Plg=69  Azm= 84
   N       -0.48       3      183
   P       -9.08      19      274

 Best Double Couple:Mo=9.3*10**21
  NP1:Strike= 11 Dip=25 Slip=  98
  NP2:       182     65        86
                                      
               ----###                
          --------######---           
        ---------#########---         
      ----------############---       
    -----------##############----     
   ------------###############----    
   -----------################----    
  --   -------#################----   
  -- P -------#######   #######----   
  --   -------####### T #######----   
  ------------#######   #######----   
  ------------################-----   
   -----------###############-----    
   -----------###############-----    
    -----------#############-----     
      ---------###########-----       
        --------########-----         
          -------####------           
               ###----             






Global CMT Project Moment Tensor Solution

February 27, 2010, OFFSHORE MAULE, CHILE, MW=8.8

Goran Ekstrom
Meredith Nettles

CENTROID-MOMENT-TENSOR  SOLUTION
GCMT EVENT:     C201002270634A  
DATA: II IU CU IC G  GE 
L.P.BODY WAVES: 90S, 224C, T= 50
MANTLE WAVES:  108S, 296C, T=200
SURFACE WAVES:  75S, 166C, T= 50
TIMESTAMP:      Q-20100227072327
CENTROID LOCATION:
ORIGIN TIME:      06:35:15.4 0.1
LAT:35.95S 0.01;LON: 73.15W 0.01
DEP: 24.1  0.4;TRIANG HDUR: 60.5
MOMENT TENSOR: SCALE 10**29 D-CM
RR= 1.040 0.004; TT=-0.030 0.002
PP=-1.010 0.003; RT= 0.227 0.022
RP=-1.510 0.032; TP=-0.120 0.002
PRINCIPAL AXES:
1.(T) VAL=  1.875;PLG=61;AZM= 74
2.(N)      -0.064;     7;    176
3.(P)      -1.810;    28;    270
BEST DBLE.COUPLE:M0= 1.84*10**29
NP1: STRIKE= 18;DIP=18;SLIP= 112
NP2: STRIKE=174;DIP=73;SLIP=  83

            ----#######           
        -------##########--       
      --------#############--     
    ----------###############--   
   -----------################--  
  ------------################--- 
  ------------#################-- 
 -------------########   ######---
 ---   -------######## T ######---
 --- P -------########   ######---
 ---   -------#################---
  -------------###############--- 
  -------------###############--- 
   -------------#############---  
    ------------###########----   
      -----------########----     
        ----------#####----       
            ------#----           






USGS WPhase Moment Tensor Solution

10/02/27  6:34:17   
 OFFSHORE MAULE, CHILE           
 Epicenter: -35.826  -72.668
 MW 8.8

 USGS/WPHASE CENTROID MOMENT TENSOR
 10/02/27 06:34:17.00
 Centroid:  -35.826  -72.668
 Depth  35         No. of sta: 28
 Moment Tensor;   Scale 10**24 Nm
   Mrr= 0.93       Mtt= 0.01
   Mpp=-0.94       Mrt=-0.01
   Mrp=-1.72       Mtp=-0.15
  Principal axes:
   T  Val=  1.96  Plg=59  Azm= 86
   N        0.02       3      182
   P       -1.97      30      274

 Best Double Couple:Mo=2.0*10**22
  NP1:Strike= 16 Dip=14 Slip= 104
  NP2:       181     75        86
                                      
               ----###                
          --------########-           
        ----------##########-         
      -----------############--       
    -------------##############--     
   -------------################--    
   -------------################--    
  --------------#################--   
  ----   -------#######   #######--   
  ---- P -------####### T #######--   
  ----   -------#######   #######--   
  --------------################---   
   -------------################--    
   -------------###############---    
    ------------##############---     
      -----------###########---       
        ---------#########---         
          -------######----           
               ###----       

Historic USGS Moment Tensor Solutions

Magnitude 8.8 OFFSHORE MAULE, CHILE  Saturday, February 27, 2010 at 06:34:14 UTC

---------------------
I have some basic questions of USGS. Why is the duration of the earthquake not listed? Why is the duration to different magnitudes not listed? Why is the wavelength and frequency not listed. Why are the raw seismographic waveforms not shown? It is frustrating to not have this data. 
------
Magnetosphere
I will try and find data on this prediction and the coronal mass ejection associated.
I have not found data on the magnetosphere yet. I need to go for now. I will place the data here. 

STEREO BEHIND 7-DAY SOLAR WIND DATA

There is an asymptote on Feb 24 2010.

STEREO BEHIND 3-DAY SOLAR WIND DATA

------------------
Coronal Mass Ejection video Credit University of Michigan

Wednesday, January 13, 2010

Magnetosphere during the earthquake

This is what the magnetosphere looked like during the Haitian earthquakes.

I could not find the pedigree on the data. I want to see data from all the spacecraft available.

I need to know more information about the data and collection. 
This shows that the earthquake had a direct co-relation with solar activity.
I cannot find the reference to what spacecraft is providing the data. I may remove this until I get referenced data
The USGS has data on dates and times of earthquakes. I would like to put links to the earthquakes data with the video.
http://earthquake.usgs.gov/earthquakes/recenteqsww/Quakes/us2010rja6.php


Other Sites:
http://inter-intelligence-communications.com/?p=1328#comment-1324

Monday, January 11, 2010

Magnetosphere reversal youtube




This is a youtube video I found. I know nothing about it. I am looking for more information about it.

Tuesday, December 29, 2009

Regions of Earth's Magnetosphere

Tour of Earth's Magnetosphere

This linked page was created by Randy Russell at University Corporation for Atmospheric Research (UCAR) 

It is an amazing 3d description of the magnetic field around the Earth. It is fun to play with. Good Job.

Sunday, December 27, 2009

Galactic Magnetic Field

Science 11 May 2007:
Vol. 316. no. 5826, pp. 875 - 878
DOI: 10.1126/science.1139480


http://www.sciencemag.org/cgi/content/full/316/5826/875

The Orientation of the Local Interstellar Magnetic Field
M. Opher,1* E. C. Stone,2 T. I. Gombosi3


Figure 1




Fig. 1. (A and B) Radio source location as a function of the interstellar magnetic field (BISM) direction in (A) the HDP plane and (B) the GAL plane (with {alpha} = 45°). The surface of the heliopause is shown from upwind with respect to the interstellar wind. The isocontours show the strength of the radial component of the interstellar magnetic field, Br, on the heliopause. The green band is the location of the radio sources (at Br = 0). The red arrows show the direction of BISM. (C and D) Same as (A) and (B) but converted to ecliptic coordinates for BISM in (C) the PPG (with {alpha} = 30°) and (D) the GAL (with {alpha} = 45°). The direction of the nose of the heliosphere (diamond) and the GAL (black line) are indicated for reference. The radio sources detected by V1 and V2 are shown as solid circles. Note that the colors are inverted from (C) to (D) because the interstellar magnetic direction was inverted from (A) to (B) (see red vectors in the insets).

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This is vital to the understanding of how stars travel through the galaxy. We only have a few spacecraft that can return data about the interaction between the Sun and the interstellar medium. Voyager 2, Cassini, IBEX and a new one that I don't remember. Dr. Opher; et al, did a great job in mapping the trajectory of the sun through the Milky Way using few datasets.
http://physics.gmu.edu/~mopher/

We are just beginning to understand star motion and it looks to have more to do with Magnetism then gravity. As shown by my published papers, star motion has nothing to do with gravity.

More reading material:
http://arxiv.org/PS_cache/arxiv/pdf/0910/0910.1081v1.pdf

Sunday, November 29, 2009

Pasta Universe - Geometry of State

The pasta structure in the hadron-quark phase transition and the effects on magnetized compact stars

This is important. They are showing the different geometries of state. Geometry of State. The bubble is natural. It shows up in soap bubbles. The bubble is an analog to this vibratory model.

This bubble is the interaction between 2 anti-gluon Dark Matter fabric solids and 3 gluon baryonic bubble matter. The mechanism for this interaction is the W+/- Boson or magnetism. Every boson is expressing information about the originating baryon. Every baryon is constantly going through a process of read/write phases. This allows for transmission of data about itself. It also receives data about other baryons. There is a third calculation phase.

Dark Matter, as is described in this model, is charge repugnant. They are not electrically neutral. The rule is : a dark matter, 2 anti-gluon vibration cannot occupy the same space as a 3 gluon, charged baryon. Dark Matter cannot form the lepton, electron. Thus Dark Matter is pushed aside by baryons producing the ball in the ribbon effect.

Magnetism is the rotation of the 3 gluons in a cone shape. The spinning magnet. Density is the compression of the length of the gluon. These interactions cause the bubble shape that spins and vibrates in a bubble shape.

Dark Matter is only the gluon forces of density. Dark Matter does not spin. Dark Matter exhibits density pressure force and reacts to magnetism. This interaction is the breaking of the bonds in the Dark Matter by magnetism or the W+/- Boson. The magnetic pressures of the baryons against the Dark Matter cause this interaction. There are areas of void of information in the Dark Energy that are neither Dark Matter or Baryonic Matter.

Disharmonic vibrations are not transmitted by Dark Energy from Ruleset to Ruleset. Disharmonic vibrations are absorbed by Dark Energy Rulesets.

The pictures from IBEX and other Magnetism Sensors show intense interactions at the boundries of Dark Matter and Baryonic Matter.
Credit IBEX

This model explains the pictures taken by IBEX.

Wednesday, September 16, 2009

Magnetosphere and Solar Winds

There is a lot of interesting work being done on magnetospheres, solar winds, and solar flares. I am just going to put all the papers I find on this topic here. I will break them up into topics.

Space Mission Analysis and Design Pg 198 Second Edition.
"The Earth's magnetic field is roughly dipolar;",""

Where:
Local Magnetic Field Intensity
Radial Distance in Earth radii
= Magnetic Field intensity at the equator
Magnetic Latitude.


The authors are explicit in saying that this is a basic model and to examine further more complex models.
-------------


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Solar Winds:
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Sun Spots:
NSF Special Report
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Solar Flares:
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Solar Magnetosphere:
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Interplanetary Magnetosphere:
Well IBEX is the spacecraft that could. These people did some great work. All hail IBEX. They have published their data publicly. I will put links to their data.

"The Sun moves through the local interstellar medium,
continuously emitting ionized, supersonic solar wind
plasma and carving out a cavity in interstellar space,
called the heliosphere." IBEX
-------------
Mercury's Magnetosphere:
MERCURY: MAGNETIC FIELD AND MAGNETOSPHERE


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Venus' Magnetosphere:
VENUS: MAGNETIC FIELD AND MAGNETOSPHERE


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Earth's Magnetosphere:

Extended Michelson-Morley Interferometer experiment. English version. I think this is the Zeeman effect. The vertical shows the dynamic changes in the Earth's magnetic field.
This is interesting. I wonder what would happen at different altitudes. It certainly would be a good project to put on the space station. This is cool!

Scientists Discover Surprise in Earth's Upper Atmosphere

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Mars' Magnetosphere:
MARS: MAGNETIC FIELD AND MAGNETOSPHERE


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Asteroid Belt Magnetic Anomalies:
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Jupiter's Magnetosphere:
Ganymede
Properties of Ganymede's magnetosphere inferred from improved three-dimensional MHD simulations
Wiki
Ganymede's magnetosphere makes a big impression on Jupiter's auroral lightshows

Io
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Saturn's Magnetosphere:
SATURN: MAGNETIC FIELD AND MAGNETOSPHERE



http://nasaimages.org/luna/servlet/detail/NVA2~1~1~2206~102356:Behold-Saturn-s-Magnetosphere!

New transient radiation belt discovered at Saturn

Science Centric (14 Sep 2009 00:02 GMT) - Scientists using the Cassini spacecraft's Magnetospheric Imaging instrument (MIMI) have detected a new, temporary radiation belt at Saturn, located around the orbit of its moon Dione at about 377 000 km from the centre of the planet. The discovery will be presented at the European Planetary Science Congress in Potsdam by Dr Elias Roussos on Monday 14 September... [full story]



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Uranus' Magnetosphere:
URANUS: MAGNETIC FIELD AND MAGNETOSPHERE


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Neptune's Magnetosphere:
NEPTUNE: MAGNETIC FIELD AND MAGNETOSPHERE


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Pluto,Charon Magnetosphere:
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Comets
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Ice Belts
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Magnetostatics
Biot–Savart



Where: = current [1]
is a vector, whose magnitude is the length of the differential element of the wire, and whose direction is the direction of conventional current [1]
B is the net magnetic field [1]
is the magnetic constant. (A confusion sometimes encountered is to think that μ0 is a physical constant that describes some physical property. This notion is not true: μ0 is a measurement-system constant introduced and defined as a result of international agreement) [2]
is the displacement unit vector in the direction pointing from the wire element towards the point at which the field is being computed. [1]
is the full displacement vector from the wire element to the point at which the field is being computed. [1]


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Maxwell's
I am reading A treatise on electricity and magnetism, Volume 1 By James Clerk Maxwell, Joseph John Thompson

Maxwell describes "The Three Fundamental Units".
They are:
Length[L]l
Time[T]t
Mass[M]m.
So the dimensions of mass at rest is m=l^3t^-2. This is inline with Newton's Law.

The Derived Units.
Velocity = [LT^-1]
Acceleration = [LT^-2]
Density = [ML^3]
Momentum [MLT^-1]
Force = [MLT^-2]
Work = [ML^2T^-2]
Energy = [ML^3T^-2]

These derived units are well defined by Maxwell and others.

Now Einstein comes along an changes this. Energy = [MC^2]. I don't know how or why he made this change. Nor does it make sense nor does it match the Derived Units.

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Faraday's
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Gauss' law
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Ampère's law
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Other Laws
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Coulomb's Law [1] [2]


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Interesting Videos


Interesting Papers
The pasta structure in the hadron-quark phase transition and the effects on magnetized compact stars

Tuesday, July 21, 2009

Moon's motion through the Earth's Magnetosphere

I hold two models of the moon's motion. Both models require the Earth's Magnetosphere. I am moving from model one to model two because of the phases of the moon and the solar eclipses.

1) The moon is in the tail of the magnetosphere. As the Earth moves around the sun the magnetosphere pushes back the dark matter creating a bubble and ending in a tail. The denser side of the moon which always faces the earth is moving within this tail. This is like drafting in car racing. As the dark matter returns to its normal shape as the earth passes.

But this model has some issues and solves some issues.

Issues it solves. Tides. the tides occur every 12.5 hours. This would account for a small wobble in the moon's motion that causes this tidal force. Every 12.5 hours the moon is closer to the earth causing a high tide and every 12.5 hours the moon is further away causing a low tide.

Issues it creates. This model cannot allow for solar eclipses or phases of the moon.

I now think this is more like what is happening.
2) The moon is moving around the earth in its magnetosphere. Much like what is already known. But the face of the moon is always facing the earth. This would be caused if the moon is acting like a top. The more dense face points to the earth and the moon slightly rotates around the axis. This would allow for a small magnetic field for the moon. Other moons in the solar system follow this model. The moons of mars and the inner 4 moons of Jupiter do not rotate in relation to the observer on the planet. But they do rotate like a top.

Issues this model solves: The phases and eclipses.
Issues this model creates: It leave open how the tide work. This will still need to be examined.

I think the moon uses the second model in motion. This changes my original model of how the moon moves.

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As I find citations to ideas I have had I will add them to the blog. If there are disproofs of ideas I have had I will also add them to the topic.

As the solar wind flows from the sun, it carves out a bubble in the interstellar medium.