Closed ajgpitch closed 5 years ago
Sounds great to me. With regard to the other notebooks that I will upload once we upload the paper on arXiv, they are of interest for the physics they contain beyond the method (the piqs model). If they are in the main page of the tutorials http://qutip.org/tutorials.html they will be more visible and give a more comprehensive overview of the physics QuTiP can be used for. One could think of a title just like "Time Evolution". Something like "Collective-Local Driven-Dissipative Open Quantum Systems" (which might be too long). Or break them up in different places, as some could go under "Time Evolution" or QM Lectures. I took care of making them simple and user-friendly, with introductory equations and references.
They could include the following notebooks, for N two-level systems
steady-state superradiance
superradiant light emission
open Dicke model
spin squeezing
time crystals
Lipkin-Meshkov-Glick model
long-range Heisenberg model
Liouvillian spectrum
resonance fluorescence
dissipative ultrastrong light-matter coupling
They will all contain new results and comparison to the effects known in the literature and classic cases (for example the resonance fluorescence of a single two-level system).
2018-03-20 1:45 GMT+09:00 Alexander Pitchford notifications@github.com:
@nathanshammah https://github.com/nathanshammah @sahmed95 https://github.com/sahmed95 We now need to decide how to link the piqs notebooks on the website.
I suggest a section 'Models' under 'Example notebooks' with a subsection 'Permutational Invariant Quantum Solver' with the notebooks linked under that.
Open to alternatives.
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This can be closed as we introduced these notebooks under "Permutational Invariant Lindblad Dynamics" in the Tutorials section.
It could be nice to add labels if possible under each section and subsection in order to link to a specific point in that page: Examples, Lectures, Development notebooks, as well as the subsections of the Examples notebooks.
@nathanshammah @sahmed95 We now need to decide how to link the piqs notebooks on the website.
I suggest a section 'Models' under 'Example notebooks' with a subsection 'Permutational Invariant Quantum Solver' with the notebooks linked under that.
Open to alternatives.