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I'm not sure if this is related to #304 but I tried to make my own hopf to introduce CNOTs since the CNOT introduction does not always respect the ordering of the controls vs the targets. But the doub…
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Hopf algebras are abstract algebraic constructions that while confusing to wrap one's head around, have a number of applications in Theoretical Physics e.g. Quantum Mechanics, Dynamical Systems, etc.
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We can apply hopf rule, aka leg chopping, using the magic wand but this rewrite is missing an animation.
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For the inverse Cole-Hopf transformation, it looks like you are just using `np.exp()`—that doesn't seem right. The initial conditions don't have periodic boundary conditions after transformation, and …
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# A Universe of Sorts
[http://bollu.github.io/hopf-algebras-and-combinatorics.html](http://bollu.github.io/hopf-algebras-and-combinatorics.html)
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Hi, I am using the code below to make my bifurcation diagram for many random parameter sets, and I want to know which set can have oscillation, can we do this? Thanks!
auto = Plugin("tel_auto2000")
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Let's say I want to do a multicontinuation on new branches from a point at index `id`
```
bp = get_normal_form(br, id)
δp = 0.005
pred = predictor(bp, δp)
pts = BifurcationKit.get_first_points_o…
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Discussed visualizing the unstable limit cycle to facilitate interpretation
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Hello `torchdiffeq`
Thanks for the awesome work.
I am interested in integrating a Hopf oscillator. In fact, I have been able to do this in TensorFlow, but I'm considering a PyTorch port.
Any…
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Hi, Michael--
After reading David Lyons' article on the Hopf fibration, I was psyched to see that you have written a visualization demo for this. But I had trouble building the package.
I'm on…