Sums of Products
Python
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SoPy -- a handshake with the technical modern world
SoPy -- a handshake with the technical modern world
SoPy is the open-source bridge to my theoretical work. Implementing sophisticated Fourier Transforms in Sums of Products is highly experimental architecture. While I maintain the SoPy-quantum packages on GitHub and PyPI for the public, my core research remains focused on peer-reviewed, higher-dimensional solutions (see Articles). This Python framework is the modern extension of my broader computational lineage: custom C-engines named after the Greek Mythos (Perseus, Andromeda, Gorgophone).
SoPy is the open-source bridge to my theoretical work. Implementing sophisticated Fourier Transforms in Sums of Products is highly experimental architecture. While I maintain the SoPy-quantum packages on GitHub and PyPI for the public, my core research remains focused on peer-reviewed, higher-dimensional solutions (see Articles). This Python framework is the modern extension of my broader computational lineage: custom C-engines named after the Greek Mythos (Perseus, Andromeda, Gorgophone).
Lifting the Curse of Dimensionality in Computational Physics
Lifting the Curse of Dimensionality in Computational Physics
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