To repeat: It is not a contradiction because light is constantly traveling with individual packets of photons, but it does not bounce off the object taking the frequency/wavelength with it through space/time. It is not so out the door as you claim, that it is impossible to be true.
"light is constantly traveling with individual packets of photons, but it does not bounce off the object taking the frequency/wavelength with it through space/time" says nothing about whether anything is or is not a contradiction. In fact, it really doesn't say anything at all - I don't care much what you claim is NOT happening; I want to know what you claim IS happening.
All that sentence claims is "light is constantly traveling with individual packets of photons", which is not a very elegant way to phrase the concept that light travels at lightspeed, as photons. But it's not in dispute, so so far you have added ZERO to your case. The above is valueless preamble.
Let's see if you actually have something to say:
The reason we see an object is that the light is at the eye,
OK. Again, we agree. Photons arrive at the eye, and until they do, we cannot see an object.
as long as the object is within our field of view.
Photons generally travel in straight lines, so again, it is not in dispute that we see only those objects that are in our field of view.
Again, this is just "filler"; You need to cut out the parts of your argument on which there is agreement by everyone on both sides, because those parts are valueless - they either do nothing, or they obscure your actual argument.
If it is too far away, we won't see it because there is no light at our eyes.
Well, insufficient light, yes. Eyes don't detect very small numbers of photons, there's a minimum number that must impinge on the retina to evoke a response.
We can see nothing without light.
Again, needless padding. Nobody says otherwise.
A telescope could help if the object isn't so far away that the light can't be collected and focused,
Indeed; A telescope collects photons as they travel, and concentrates them so that enough are available for sight.
such that the magnification can then make the object appear larger.
Telescopes don't magnify; You are thinking of magnifying glasses, which are totally different.
It does not violate anything.
What doesn't? Your only controversial claim here is that "[light] does not bounce off the object taking the frequency/wavelength with it", which is a negative claim. Nobody cares what doesn't happen; We want to know what you think DOES happen.
Nothing you say here in any way supports instant vision; Mostly it's pointless filler, and the rest agrees that "The reason we see an object is that the light is at the eye", which it can only be if it has come there from somewhere else, because "light is constantly traveling with individual packets of photons".
So where has it come from, and how does it allow us to see the object if it hasn't come from the object?
The apparent contradiction is that you claim the light hasn't come from the object, but is somehow "at the eye". From where, if not from the object? And if from elsewhere, how does that light carry information about the object, including (as a minimum) that it even exists?