4 ms·
Amazing video, thanks for sharing. Now imagine a round/spherical version of that liquid band, but instead of getting the vibration from outside (the glass wall
by ta1234567890 6y ago
Amazing video, thanks for sharing.
Now imagine a round/spherical version of that liquid band, but instead of getting the vibration from outside (the glass walls), the vibration is coming from inside, and you pretty much have a model for Earth and an alternative model for gravity.
- ben_w 6y agoDoes this alternate model do anything useful, or have you just done a Fourier transform on a graph of the inverse square law?
- ta1234567890 6y agoGreat question. What does the Fourier transform on a graph of the inverse square law look like? Would love a link if you have one.
- ben_w 6y agohttps://www.wolframalpha.com/input/?i=fft%281%2Fx%5E2%29 https://www.wolframalpha.com/input/?i=fft%281%2Fx%5E2%29
- ta1234567890 6y agoThank you, that was fast! Looks linear when != 0, I would have expected it to be an oscillating function, if it's meant to model the effect of the vibration on the liquid.