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Gonna go out on a limb (hah) and guess that his winning strategy 9/10 times was "squeeze through thing you didn't think he could squeeze through."
by ralusek 5y ago
Gonna go out on a limb (hah) and guess that his winning strategy 9/10 times was "squeeze through thing you didn't think he could squeeze through."
- atdrummond 5y agoThat's part of it but he had an ability to break locks and dismantle constructs with ease. I realized after a while he paid immense attention to how we installed every new addition to his habitat and then would seemingly aim to deconstruct our creations using the knowledge he picked up from our installation work. I truly am in awe of these creatures, especially after one of the long time Shedd workers told me that this particular octopus was just one of a group of very smart cephalopods they've had and that one of his relatives was even more intelligent!
- hackernewds 5y agoThat's fascinating. Would love to hear about what kinds of contraptions you made that were breakable, given I'm struggling to imagine how you couldn't conceive of a way to keep said octopus trapped. How difficult can it be?
- atdrummond 5y agoAs noted above - you leave the tiniest hole and they'll escape. Or we might be trying to confine him to a portion of the habitat for a certain purpose and he would break his way out of his "sub-domain".
- unfocussed_mike 5y agoThis is fabulous. It's clear from just watching video clips of them that it's not just about being able to squeeze through gaps. They evidently experience puzzles with an enthusiasm that is unusual even in puzzle-solving birds, can seemingly understand quite complex things like how to non-destructively unscrew bottle tops, and from what I can gather they are kind of obsessed with jars and containers? As an untrained nerd I have often wondered if they have, due to the maximally prehensile nature of their bodies, a genuinely superhuman, volumetric cognition of 3D shape -- a way to "glance" with their touch senses at an object they hold and recall every detail of its shape later, a way to look at a semi-enclosed space and assess how their bodies will precisely fill it, to then look at an object and know what would feel like to cover it, etc. The lack of trial and error when you see some of these puzzles being solved suggests they might have a much better grasp of 3D shape interaction than adult humans.
- atdrummond 5y agoThey love playing with containers and jars, absolutely. The male I have been describing especially enjoyed opening tightly sealed jars - although he displayed an aversion to all jars for a bit of time after one of the few times we put him with the octopus I'd call the "alpha female". He had handed her a large jar to play with, in what I would describe as an act of kindness. She proceeded to open it and take it back to him. He squeezed inside the jar - and then with intense rapidity, she immediately began screwing the lid back on, trapping him inside. We had to let the poor guy out after she waltzed away and seemingly had zero interest in letting him out. We never let the two of them play together unsupervised after that, worried for his safety.
- unfocussed_mike 5y agoOof! A jarring misunderstanding about personal space.
- quitit 5y ago>a way to "glance" with their touch senses at an object they hold and recall every detail of its shape later, a way to look at a semi-enclosed space and assess how their bodies will precisely fill it, to then look at an object and know what would feel like to cover it, etc. Watching an Octopus effortlessly change colour, size and texture to camouflage themselves might lend to this.
- unfocussed_mike 5y ago> Watching an Octopus effortlessly change colour, size and texture to camouflage themselves might lend to this. Yes -- I was thinking about this bit myself. I don't know whether it has been demonstrated that they have any kind of conscious control over this texture control, or whether it happens as a sort of evolved feedback loop, but I did wonder.