I have worked with DSLRs for over twenty years. I have done many camera calibrations and work with all the math. I have worked on optics design for tiny projectors.
My take: these could very well be internal reflections.
The easiest resolution to find the truth; find an image from a different perspective that shows the same formation.
The vertical misalignment is easily explained; It depends on where the light sources are in relation to the optical axis. If they are slightly left from the optical axis the reflections would appear on the right of the optical center (the pixel in the image corresponding to the optical axis) and vice versa.
I have worked with DSLRs for over twenty years. I have done many camera calibrations and work with all the math. I have worked on optics design for tiny projectors.
My take: these could very well be internal reflections.
The easiest resolution to find the truth; find an image from a different perspective that shows the same formation.
The video on YT does likewise disproves the reflection theory. The lights also move and not all together.
Okay, I will check it out.
The vertical misalignment is easily explained; It depends on where the light sources are in relation to the optical axis. If they are slightly left from the optical axis the reflections would appear on the right of the optical center (the pixel in the image corresponding to the optical axis) and vice versa.