If that's true then there should be stills showing a gap between the pylon and ball when the ball is on the ground. Haven't seen that. A sequence of shots (a video) can give the illusion of something. A frame by frame analysis provides the proof.
Look, I "think" the call was wrong. The ball had to hit the plane of the goal line, not the pylon, before the ground. But that is impossible to examine with the photos available. What we're discussing here is video proof, and that just does not exist. We'd have to prove that the ball hit the back of the pylon away from the corner edge at the end zone line, or that the ground was contacted first. We don't have that either way. Nor do we have a shot of the ball's position a millimeter above the ground.
Have there been overturns with less "proof?" I would say yes, for sure. What is "indisputable" to one person is not the same as indisputable to another person. Then there is the human bias issue against unliked teams or calls that would hurt the conference that employs the officials. It's a corrupt system, like so many others.
Apply some basic logic. You don't need the stills you're asking for. You can clearly see the ball move (roll, tilt, maybe slide a tad) forward after it touches the ground (OOB) and before it makes contact with the pylon. I don't think that is a fact that anyone is even disputing.
The "question" that people are raising is, because you can't see it, was the nose of the ball already across the plane when the ball touched the ground (OOB)?
What I'm saying is that if you apply a little logic, you can know that the nose of the ball couldn't have been across the plane when the ball touched OOB.
Here is how:
1. Ask yourself, what is the maximum distance that the nose of the ball reasonably could have been into the end zone when the ball comes in contact with the pylon? I personally don't think the ball is
at all in the end zone when the ball comes in contact with the pylon, but I will concede that we can't see, so technically there is a possibility. So, let's say 1/8" is the maximum distance that the nose of the ball reasonably could have been into the end zone when the ball comes in contact with the pylon. I think that's being extremely generous, but let's go with it. Let's call, D(max) = 1/8"
2. Now, what is the distance that the most forward part of the ball travels (rolls, tilts, slides) forward between the time that it touches OOB and makes contact with the pylon? The fact that you can even see that the ball had to roll/tilt/slide/whatever forward before making contact with the pylon indicates that it's probably a good inch (which, ironically, happens to be your wife's nickname for you. {grin} I'll be here all week, people!). So, D(trv) = 1"
3. If D(trv) > D(max), then it's reasonably conclusive that the ball was down before breaking the plane, and the call should be overturned. Ok, let's plug the numbers in... Here we go... 1 > 1/8 ... BOOM! In fact, 1 is 8x that of 1/8!
Maybe it's not quite an inch -- let's say a half of an inch -- but it's clearly more than the distance that the ball *might* have been into the end zone at the time that the ball makes contact with the pylon.
Here is the video for reference. Note that the narrator here is only looking to figure out if the nose of the ball was into the end zone when it makes contact with the pylon. It's so close at THAT point even, it's hard to believe it reached/broke the plane. YET, he's not even understanding that the ball was already down, and the play was dead/over, at that time when he's struggling to figure out if the ball reached the plane or not.