Hello ! I am searching for a subject for an experiment ill have to show in front of a jury, and for now i appear to be choosing this one. Thanks for this amazing source of knowledge !
What do you mean by a jury?? Do you mean judges in a science fair? I'm glad you liked it and that you learned something! Keep me posted, I'm curious whether your pendulum wins LOL!
The Pendulum seems to speed up and slow down based on Kepler second law of planetary motion! As it moves along it path, it sweeps out equal area segments in an equal time.
You might be interested in this paper (it is peer-reviewed despite of DOI for arXiv): DOI: /10.48550/arXiv.chao-dyn/9610009 It's long since I read it and there was some nice visual demonstration (by different author?) for this, but I can't find it anymore. You can find a lot more about the topic with googling "exactly solvable chaos". Just in case you didn't know about it. I remember that I did find it quite surprising.
Amazing video, glad the algorithm pushed this to me and I hope it does for many others too
Hello ! I am searching for a subject for an experiment ill have to show in front of a jury, and for now i appear to be choosing this one. Thanks for this amazing source of knowledge !
What do you mean by a jury?? Do you mean judges in a science fair? I'm glad you liked it and that you learned something! Keep me posted, I'm curious whether your pendulum wins LOL!
this was fire
Thx :)
What parameters are you changing to generate the “growing” fractals? Gravity increase?
I'm playing with the time that I wait before I look at the magnet's position. I have code in the description if you want to look.
The Pendulum seems to speed up and slow down based on Kepler second law of planetary motion! As it moves along it path, it sweeps out equal area segments in an equal time.
I can see why that might make sense...the equations for gravitational force and electrostatic force (or magnetic force) are both inverse-square laws.
physics is love
I went from Eww physics to damn physics ! To physics? Too fast
Thanks, glad you like it. Will try to keep that in mind for next time.
The same can be done with four gravitational potentials.
Yeah, that figures. Both are just inverse square laws...
Bravo, very nice video. I would like so much collaborate
Thank you!
You might be interested in this paper (it is peer-reviewed despite of DOI for arXiv):
DOI: /10.48550/arXiv.chao-dyn/9610009
It's long since I read it and there was some nice visual demonstration (by different author?) for this, but I can't find it anymore. You can find a lot more about the topic with googling "exactly solvable chaos". Just in case you didn't know about it. I remember that I did find it quite surprising.
That's an interesting idea...I'm a bit surprised that sort of thing could exist. Thanks for watching!