nostr:npub12s68c9kv5a8qnlfuu2ehqp7ra487zmz7rfxwxq4k3yw9ej6gqjcqsjhvcg nostr:npub1z2qdmfzhs2uwg8kmsh37xavt2hq48gch63e787ggd3s6mt8waxgsxu3yuf nostr:npub1uhnx67vlf04mwtt7qrjyx47gpmtf3twz4nrfmx9lspw6rrv5gkhsv42f8t
Rolling contact constrained minimum energy paths are highly likely to be tough to intuit. Is it coincidental that nostr:npub1qvnvq95kahpl24g2079km57t2fpr859dan7zjk7k304jlsw3mvusmqy7yf released his own unintuitive path tracing video on the same day as Mould's?
nostr:npub1ghz7zpm0lgswk69lyysxkj6eqxxrfg0thrufxqgka95at09fzs5sfv3hxh nostr:npub1z2qdmfzhs2uwg8kmsh37xavt2hq48gch63e787ggd3s6mt8waxgsxu3yuf nostr:npub1uhnx67vlf04mwtt7qrjyx47gpmtf3twz4nrfmx9lspw6rrv5gkhsv42f8t nostr:npub1qvnvq95kahpl24g2079km57t2fpr859dan7zjk7k304jlsw3mvusmqy7yf Nice video. Although I think there is a difference in difficulty (intuition-wise) between this and the original video in the sense that this involves rotation around a single axis whereas the original involves rotation around two axes (the ball and the cylinder) which is, I'm thinking, the particular hurdle to "intuition" in those sorts of scenarios (similar to Steve's previous video about the ball on the turntable).
nostr:npub1uhnx67vlf04mwtt7qrjyx47gpmtf3twz4nrfmx9lspw6rrv5gkhsv42f8t Nice one ...
I like all of Steve's videos, they're really good.
nostr:npub1z2qdmfzhs2uwg8kmsh37xavt2hq48gch63e787ggd3s6mt8waxgsxu3yuf nostr:npub1uhnx67vlf04mwtt7qrjyx47gpmtf3twz4nrfmx9lspw6rrv5gkhsv42f8t Yes. I reckon he does some great stuff.
And I am so with him on the fact that *anything* around rotation/gyroscopic type motion is a tough one to intuit!... follow the math, sure... but "understand it "intuitively"... argh!! Easier (for me) to intuit ideas in relativity and quantum. 😀
nostr:npub1cele5w40med4zxy0dwmqeg7tljqqpgc0ldukgchs8nf984eqcyws0vpmxm Are you sure that's abandoned... and not just the state of their current facility? 😉