Prof. Nathan, you really are one of the best so far. I encourage you to keep doing content, I am certain about your success in this platform. Best regards!
One has to be incredibly generous to share such valuable content with the world. 10 years ago people had to be extremely privileged to study at some top university to learn from such skillful and talented professors. Now anybody with just a desire to learn can. What wonderful times we live in, made possible by people like you! Thank you!
Can this work for more than 3 dimensional systems? I know that the 4th mode predicted the bifrication of the Lorenz system in this example but what about situations where you only feed in X data and find higher >3 n-dimension attractors?
In which lecture has he taken Lorentz as the system? In ODE lecture, he took Van Der Pol Oscillator which was followed by Burgers Equation in the PDE lecture. Any reference to the Lorentz lecture
somehow the spike generated by the 4th mode appears after the 'spike in 'x' time series. Anyone has that observation or can tell where I might have been mistaken
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Prof. Nathan, you really are one of the best so far. I encourage you to keep doing content, I am certain about your success in this platform. Best regards!
One has to be incredibly generous to share such valuable content with the world. 10 years ago people had to be extremely privileged to study at some top university to learn from such skillful and talented professors. Now anybody with just a desire to learn can. What wonderful times we live in, made possible by people like you! Thank you!
Amazing Tools and Great Explaination. Thank you so much!
Incredible lecture. I intend to use this in my research. Thank you!
lor_rhs(t,x,sigma,b,r) Why that code is not working?
Outstanding!
Can this work for more than 3 dimensional systems? I know that the 4th mode predicted the bifrication of the Lorenz system in this example but what about situations where you only feed in X data and find higher >3 n-dimension attractors?
In which lecture has he taken Lorentz as the system? In ODE lecture, he took Van Der Pol Oscillator which was followed by Burgers Equation in the PDE lecture. Any reference to the Lorentz lecture
Can you send the code
somehow the spike generated by the 4th mode appears after the 'spike in 'x' time series. Anyone has that observation or can tell where I might have been mistaken