Raising vibrations to help humanity
I want to thank all of you for the kind invatation I received. You might know of my group http://groups.yahoo.com/group/TheKolbrinPlanet-XNibiruGroup/ and of all of the effort we have put into this "Growing" problem. All are invited.
If you are like me, you might have this nagging gut reaction that this just might be real ... You would be right!
You might want to see the evidence to judge for yourself ... here it is
Before I decided to really check this, and I did ... the scientists are real ... the data is real ... the threat is real. The link at the bottom goes to the original page ... whish is all in Spanish
Analysis de.G1.9 +0.3. Espectros.Infrared.Microondas.Rayos-X.Hoja of trabajo.N-II.
Posted on August 2, 2009 porstarviwer
This study has been done by all team members Starview and external partners. Here, we present the results, the conclusions of the study, the patterns observed and also, a brief RFI (Request for Information), which Spanish observatory, anonymously has decided to send to further analysis and determination. In brief, and accessible, we detail the results of our investigation: 1 .- The object G1.9 +0.3, is highly likely to be considered a type T1.9 Corps, with an approximate mass of 1.9MJ, and located at a distance of between the orbital and 66UA 60UA. 2 .- The disturbances residual heat in the microwave spectrum, reflecting a temperature of 2,700 degrees Kelvin, from the area studied, a fact which is explained by the presence of methane. The mass analysis, 3D, confirms this fact, and additionally the image obtained by chandra, fits "exactly" in the observed data model. 3 .- In the infrared spectrum can be seen clearly that the color blue corresponds to an object whose sphericity is unsubstantiated, and expresses methane, as composition. 4 .- This object T, is accompanied, at least two other orbiting bodies (satellites), the composition, mass and orbit, is still controversial, although both appear to be solid. (Rocky). We describe below, a graphical analysis of the data and its explanation:
In Figure 1, can be seen that the radiation from the galactic center, acts as an interference that prevents the display, or categorization of the object in this spectrum and the infrared. The area observed is on the edge of Sagittarius, the brightest area of our galaxy. You can see the position of Pluto, on July 28, 2009. However, with the help of Australian astronomers, we have to filter the emission of heat. "The key is in the microwave spectrum." If you are near, you must emit heat, and that heat must be close, 1900-2700 degrees K. Figure 2.
Figure 2 shows heat emissions in the area, and effectively shows the classic configuration of a brown dwarf, together with other stellar bodies that appear to be very close to the star. The heat emission is clear, and fair in the area where disturbances are taking place in Oort. Observe the comparison with the Gliese229A. Definitely. It is what it seems. The emission of heat from the area is very strong and is neutral in the X-ray spectrum, so that, due to the presence of methane at temperatures of 2.700Kelvin. In our insecurity, we decided to ask for help, and a group of contributors to this team, we provided a revealing analysis, based on Chandra data, and overlaying, microwave emissions, visual spectrum and X-Rays, we have made the following study of decomposition of the object, layers of proximity, and sphericity. According to Chandra, the picture was an X-ray photo-with Radio. After careful analysis, the first that has been made of this kind, we present the graphical results obtained:
The image is the original typesetting allegedly obtained by CHANDRA, and corresponds to G1.9 +0.3
It can be seen clearly, the presence of a central core and two objects, bodies that orbit the disturbance. The presence of a central object, is correct. Chandra's image, no room for doubt. Superimposing the spectrum of heat gained by the figure 2, together with the breakdown:
You can clearly see "ut supra" the presence of stellar bodies that orbit the area of influence G1.9 +0.3 brown dwarfs have an atmosphere of methane, which appears blue in the infrared spectrum. The decomposition of the colors, as befits a physical object.
Next to the volume, superimpose heat emissions and the infrared spectrum. No doubt. This is a mass object with an entirely different nature to a SN. It may be our brown dwarf, and can be seen that comes with at least two rocky bodies orbiting close in orbit, along with other more diffuse and remote, which also orbit G1.9 +0.3. Sphericity can be seen the body and the blue color, corresponding to methane. The RGB filter, acts by simulating the same process of decomposition that a powerful telescope.
Overlaying all connections and data, spectra, and carefully analyzing Figure 2. Compare the three-dimensional analysis with the origin of the disturbance in Figure 2, again.
We goose bumps to see this. And once again, we wonder. Why G1.9, not SN2007SG? Precisely because of its resemblance to Gliese 219A? In fact we could name it: Gl119, and we'll add a collective suffix: Gl119STV (STV by STarVieWerTeam team). Do not hesitate. It is the object that disturbs Oort. There. In Sagittarius. Very near the orbit of Pluto and this study proves beyond a doubt. Thanks to all the team Starview job. Special thanks to Julius NASA69 to ESAM, and CARL_Sohoman, you have given us real microwave spectrum and correlation Gliese. We are aware of the risks we are publishing this study, we developed an RFI (Request For Information) to an important independent telescope, check our conclusions and our discovery. GL119ASTV.