dasmiller
Just the right amount of cowbell
What happens when these anti photons pass through the lens of an eye or camera that's looking through the anti scope?
That's where anti-photons show their true amazingness. Their negative-refractivousity has been used up in the anti-scope, so they can go back to being normally-focused.
This must be the case, because a digital camera (such as the Canon* 600D mentioned in the OP's pdf file) has an array of microlenses covering the sensor to ensure that the incoming light all falls on the photocells rather than on the gaps between them. But if anti-photons still had their negative-refractivousity, the microlenses would disperse the anti-photons into the gaps between photocells and they wouldn't affect the image at all.
*Misspelled as 'Cannon' in the linked file.
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