Nibiru - Urgent Nibiru captured by Telescope with infrared in the USA

I bought a pair of those BINNER glasses for $99.95 a couple of years ago. It’s old tech but looking through these I can plainly see Nibiru. Including freeways, sports stadiums, and Mormon Temples!!! I don’t know if there are ny more for sale but if you see a pair, grab them.

This is exactly why you should use primary optics and first surface mirrors.
If I take an image through a lens and or mirror there is the front surface and rear surface of each lens.
For years I have seen image after image with multiple suns , nibiru , the dome over flat earth ETC.

Years ago I was one of the original immersive VR photographers, built many deep water camera systems, scanning camera backs, Multi imager giga pixel images.
I know people have told the Nibiru fans about lens flare and dichromatic aberrations.
When we look at 1960s Hasselblad lens used in space we used crosshairs called graticules to map where the image lined up with the lens.
These lens before launch and after return where used to develop a standard film containing very fine lines and specific color gels.
These lens prints allowed the developer to adjust optically for the lens aberrations. ( you may remember the Hubble lens fix)
Since the advent of digital cameras photographers documenting correctly use a similar method.
The lens is measured and the pattern is stored as a lens file.
The raw exposure capture file is then processed against the lens file to provide a documented exposure.

As a former professional what I see in the film and images is the exact same image of the sun reflected between elements of an uncoated lens or reflecting from the back surface of a mirror through the glass. Also I see the chromatic aberration lines of inexpensive cast lens.

The Jpeg or Tiff was then processed using a neon filter that essentially is the same as increasing the sharpness of an image until a hard line is formed around regions then stroking inside and outside of the hard line.
A jpeg is a glyph approximation of the original image made up of about 65,000 16/16 pixel glyphs at max resolution the image is approximated with one glyph per 16 x 16 pixels. So the original image is not there.
A tiff file can include the original values from the camera image but it can also contain a jpeg preview or a compressed bit map the Tiff in RAW format can be read by home computer software like Adobe or Gimp using the RAW camera plugins provided by the Camera makers.
The Default camera files are only an approximation of the imager type used by the maker.
The actual lens file would have to be made from the lens used and configured with the plugin to get document quality images.

If you take an oblique image of a street light or stadium lights using a commercial or hobby camera you ‘ll find simular artifacts of both the lens and the electronics.

I personally use a combination of several custom built cameras.
My reference camera is a Karl Zies lens mounted in a calibrated Nikon 950 coolpix chasis with Kaiden index on a Manfroto Tripod.
My document camera #1 is a Custom Nikon D80 with a 4MP Kodak Foveon imager and Several Custom Nikon and Sony Professional lens. My Second document camera is a Hasselblad 8×10 with a Betterlight 22000 scanning camera back on a Manfrotto tripod and index rig.

For the DeepSea Rover cameras used in Titanic I developed a pair of cameras one for 2200 ft with a 1/2 inch 575 line imager and smaller 4500ft Camera with a sony 1/4inch imager. Both lens assemblies are fused to prevent the lens aberrations mentioned above.
For NASA the inter lens spacers where fused into the scintillator glass layers specifically to eliminate the surface reflections.