Well, no. At maximum reach, there is a natural tendency for the fingers, especially the index finger, to bend back (try the simple experiment yourself). This because an over-extension of the arm, has a similar effect as a slight contraction of the muscles of the forearm. Also, there could be an involuntary reflex movement of the fingers, as our subconscious neural mechanisms, tend to want to avoid being whacked by hard objects moving at high speed. So, spotting a finger bent back, is not conclusive proof that it's been struck by the ball. Especially when the vision of the ball is a high speed blur.
Wild speculation, unsubstantiated rumours, silly jokes and opposition delight in another's failures is what makes an internet forum fun.
Blessed are the cracked for they are the ones who let in the light.
In one frame the finger was there, in line with the other fingers. In the next frame that finger was bent back so far you couldn't see it. The other fingers were still in line and hadn't moved. In the third frame you could see the finger bent back, but not as far (moving back into position). Note that this is less than 1/10 of a second. It is not "waggling fingers"
Initially, I thought the same as you - the ball went behind the hand, but those three frames are pretty clear.
It's a good example that goal line technology can help.
I don't know how or if I can post a GIF, so just click the link
Matthew Storey on Twitter: "What the hell is this? https://t.co/XP69NrZPPm"
The ball trajectory change from a tip of one finger would be so small as to be impossible to detect, especially with the dick smith web cams the AFL use.
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I think you'll find Rohan did a lot of the wrestling in that final mark. He basically wrestled himself to the front of the contest. All above board though.
If you were an essendon fan, you'd be pretty disappointed in the effort of the defender who almost had front position at the time the ball was kicked.
Hmmm, I'm not totally sure that it's a clear cut example of technology can help? While plenty of examination of paused frames, seems that it is more likely that the ball was touched before it fully crossed the line: I still don't think that it is conclusive, as the frozen frames are more fields than exact images. That is, each important part of the picture is indistinct. Is the position of the ball the leading edge of the yellow blur? If so, in one of the frames, it seems that the ball has just passed the index finger, but the finger is yet to move? In another frame, the fingers are so varied, that there appears to be six of them. While various bits of the hand are transparent.
Interestingly, a fair bit of the ambiguity is decreased, when the images are not separate freeze frames. Which suggests that this is an example, of our minds constructing a reasonably coherent animation or narrative, out of a really quite ambiguous set of images. As we do.
The summary is dejavoodoo, that at best the image is inconclusive, and therefore by the AFL rules, the goal umpires initial call stands.
Which is what happened.
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