We saw this happening in the bridge fight scene in the movie Captain America: The Winter Soldier just after Steve jumped out of the bus when the machine gunner was trying to shoot him.

The question doesn't have to do anything with the properties of vibranium, just the fact that if a curved plate lies on a flat surface, with the convex side facing up, it's difficult to pick it up.

One can, obviously do it after some efforts, maybe with the help of finger nails, but the fact that Steve picked up the shield instantly is a little difficult for me to digest.

  • Hi, welcome to SF&F! You should take the tour and join us! – DavidW Apr 18 at 13:51
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    I don't understand the question, in that, is there any reason to think one couldn't do this? Is the question based on the nature of vibranium, or simply the convex shape of the shield in relation to a flat surface, etc...? – NKCampbell Apr 18 at 13:54
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    Also, the shield isn't immune to friction just vibrations/enrgy absorbtion (at least as far as I understand it generally). – Paulie_D Apr 18 at 14:04
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    Hi. Do you think there's an SF element to this? Otherwise, it's just design. – Spencer Apr 18 at 17:33

The shield is lying on a crack in the surface of the road. Anyone (regardless of their superpowers) could easily put their fingers under it and lift it up.

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as you can see...

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  • Considering this particular case as a sheer coincidence, shouldn't he be facing problems at times when the shield lies on an undamaged flat surface? The shield is purely symmetrical. There's no chance he could do that had it been a perfect flat surface. – SYnc Apr 24 at 3:50
  • @SYnc - It also has magnetic properties and I assume he's practiced picking it up off the floor using his arm magnet when it''s face down, – Valorum Apr 24 at 5:59

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