M87
M87 as seen with #DARKlight filter processing of the original Tiff image here. The massive galaxy has been estimated to have an effective radius of about 87 arcseconds, which translates to about 6.4 kpc, or roughly 21,000 light-years, with an estimated diameter of 120,000 light-years wide. #DARKLight filtering shows the extent to be an estimate closer to 237,000 light-years wide, a little over double the original estimated width due to its extended energy range now shown.
Original Data: Puzia, T. H., McLaughlin, D. E., Macciò, A. V., Harris, W. E., & Kissler-Patig, M. (2009). The Globular Cluster Systems of the Virgo Giant Elliptical Galaxies. II. Kinematics of 200 Globular Clusters in M49, M59, M60, and M87. The Astrophysical Journal, 694(2), 1282–1300. https://doi.org/10.1088/0004-637X/694/2/1282
Messier 87 (M87)
In 1781, the French astronomer Charles Messier discovered a bright spot in the constellation Virgo, which later came to be known as Messier 87 or M87. Messier initially cataloged this celestial object as a nebula.
#DARKLight video image reprocessing is a feature, that was a "happy accident." The feature itself is just simply, the black and white being adjusted showing what's in the "whole" image frequencies, but it seems to have captured what's in the atmosphere of space as well. This process has been available to DARKLight since I figured out what it was doing wayback in version 0.21a while still in "alpha" version. It seems when an image is captured, and it captures all the energy in the " image setting" there are past and present energy signatures still available to see in space and in air on earth. I use this feature to show how a galaxy moved and to process energy movement that was cast previously. The sheer amount of energy left is quite tremendous. I call them "HALOgrams", rather than Holograms.
My theory about M87, is based on what I can be seen now from the next processed image below, an object, (dwarf galaxy, star, or roving black hole) passed through M87 long ago (billions of years ago), and it exploded causing the galaxies sun to collpase forming a black hole. Since then it has expanded its reach across its region of Virgo, and has formed what we now see. The trace signature of an object passing is shown in the image by the two intersecting trails of void. These have become common appearances in many astrophotographs processed by #DARKLight filters. This indicates a pattern of causation when it comes to galaxy creation. It's very apparent that we have misunderstood what was going on in our Universe, and we can begin to see more and get closer to exacting answers.
The above image was processed with the #DARKLight filter process. It shows the complete view of both the image and 3D model processed with #DARKLight together. The original image is located here . The 3D image processings while accurate, is misleading due to the cleanup process, but provides a very unique opportunity for multi-dimensional processing in the future using #DARKLight during the process of creating the model, rather than after the fact.
Original Image Credit: NASA, ESA, Joseph Olmsted (STScI), Frank Summers (STScI), Chung-Pei Ma (UC Berkeley)
Click the image for full sized version of this #DARKLight filter processed view of inside M87. This is one of 100's of frequencies I have processed. Each one with more visual information about M87, than the next. This filter is called "DARKERNeutron" The detail of its processing is the best I have so far. You can see the folds in space from the grid pattern of our Universe. This is how inverse squares work in our Universe with energy. Remember, it's just a new type of photo filter process exposing what's just in the photo, but unable to be seen with visible light until the #DARKLight process provides the view. Original 3854 X 3815px TIFF Image used located here
Original Image Credit: NASA, ESA, and the Hubble Heritage Team (STScI/AURA);
Acknowledgment: P. Cote (Herzberg Institute of Astrophysics) and E. Baltz (Stanford University)