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Originally posted by libertytoall
Yes I took the photo. I was looking at the moon with a cheap telescope when I noticed it. I then proceeded to try and align my camera phone into the lens of the telescope and I was able to snap a few pictures of the object.
Originally posted by chrismicha77
Looks like you've captured the planet Venus my friend.
Originally posted by Manhater
Looks more like it's a satellite.
Originally posted by chrismicha77
Looks like you've captured the planet Venus my friend.
The Fraunhofer diffraction equation is a simplified version of the Kirchhoff's diffraction formula and it can be used to model the light diffracted when both the light source and the viewing plane are effectively at infinity with respect to the diffracting aperture.[6] In this case, the incident light is a plane wave so that the phase of the light at each point in the aperture is the same. The phase of the contributions of the individual wavelets in the aperture varies linearly with position in the aperture, making the calculation of the sum of the contributions relatively straightforward in many cases.
Strictly speaking, the Fraunhofer approximation only applies when the diffracted pattern is viewed at infinity, but in practice it can be applied in the far field, and also in the focal plane of a positive lens.
Originally posted by libertytoall
It wasn't a star That I can be sure of.