Gravitational Waves
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Energy Wave Core of NGC 4150 -
Original image: https://esahubble.org/images/opo1038c/
NASA JPL states "Interferometry is an imaging technique in which waves are superimposed in a manner to cause interference." The most prominent methods currently are the Michelson interferometer configuration mentioned here: https://en.wikipedia.org/wiki/Michelson_interferometer and are used at the Laser Interferometer Gravitational-Wave Observatory (LIGO) in the United States and the Virgo interferometer in Italy. The method is of two perpendicular arms with mirrors at their ends. Laser beams are split and sent down each arm, where they reflect off the mirrors and recombine at the interferometer's center. When a wave passes through the observatory it is detected.
The observation process involves continuously monitoring the interferometer's output, which produces an interferogram that represents the interference pattern between the two laser beams. Analyzing these interferograms allows researchers to identify and extract gravitational wave signals from the background noise.
Certain DARKLight filter presets are designed to see and produce these waves from the energy captured in a simple photograph. These waves are always in photographs, due to the cameras imager taking in as much information of its surroundings during its exposure. If there is something to be detected, the digital images on telescopes such as Hubble, and the James Webb Space Telescope (JWST) will record it, regardless if it's detectable in visible light or not.
The image below uses the filter called "COD - Colorific Object Detector" ,by saturating the color wavelengths, it can create a false color analysis of the images energy waves. Unlike some elemetal color filters in the DARKLight series, these are not true element colors, but rather exaggerated colors that simplify the detection of waves for quick analysis.
The "COD" filter is a one click image filter preset in the DARKLight series of photo filters designed to provide instant interferometry results by using the 100+ various frequency masks to generate what was already captured in the image, but is not visible to the naked eye.
Original image from ESA/Webb located here: https://esawebb.org/images/WR140a/
The inner blackhole gravitational waves are shown in pink hues at the edge and center while gamma energy is shown in green in this zoomed in image of WR140a.
By stacking multiple exposed frequencies such as the two images of NGC 4150 you can see how this now black hole galaxy might have been created, by a dwarf galaxy passing into it at a higher rate of velocity, leaving a trail. The stars arms are still causing gravitational effects on the whole elliptical shape, and more energy is being used per quandrant with the main 4 spindles clearly showing. In another image below, it shows that the dwarf galaxy was forced into an irregular orbit, leaving a trail of void and is still present in the galaxies firm gravitational hold. Original Image by ESA/Hubble located here: https://hubblesite.org/contents/media/images/2010/38/2801-Image.html?news=true
Using a version of the DARKLight "QTidal" filter you can see the empty void left by a dwarf galaxy or a wandering blackhole consumed and then left a dark trail. The suspected "dwarf galaxy(s)" is/are still present as it is held in the gravitational force of NGC 4150's massive spin. NGC 4150 also shows the large amount of red giant suns with the red highlights.