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Code from the study "Ghost channels and ghost cycles guiding long transients in dynamical systems"

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Name		Name	Last commit message	Last commit date
Latest commit History 50 Commits
XPPAUT		XPPAUT
__pycache__		__pycache__
README.md		README.md
figure1.py		figure1.py
figure2.py		figure2.py
figure3.py		figure3.py
figure4.py		figure4.py
figureS1.py		figureS1.py
functions.py		functions.py
models.py		models.py
quasi_potential_landscape.py		quasi_potential_landscape.py
supplementaryFigure2a-d.py		supplementaryFigure2a-d.py
supplementaryFigure2e.py		supplementaryFigure2e.py
supplementaryFigure3.py		supplementaryFigure3.py
supplementaryFigure4.py		supplementaryFigure4.py
supplementaryFigure5.py		supplementaryFigure5.py
supplementaryFigure6.py		supplementaryFigure6.py

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Ghost channels and Ghost cycles

This code reproduces the simulation results and analyses from the publication:

Koch D., Nandan A., Ramesan G., Tyukin I., Gorban A., Koseska A. (2024): Ghost channels and ghost cycles guiding long transients in dynamical systems. In: Physical Review Letters (forthcoming) (an early preprint is available at https://arxiv.org/abs/2309.17201)

Execute the python scripts "figureXYZ.py" and "supplementaryFigureXYZ.py" to reproduce the respective figures from the paper.

For further questions, please contact Daniel Koch ([email protected]) and Akhilesh Nandan ([email protected]).