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# Counting operators in Effective Field Theories
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I wrote my bachelor thesis at Charles University (also see [additional information](#thesis-information)). The main purpose of this repository is to provide the [accompanying `Mathematica notebook`](#accompanying-mathematica-notebook).
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I wrote my bachelor thesis at Charles University (for additional information see [thesis information](#thesis-information)).\
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It can also be found on $\textsf{arXiv}$ [2211.05759 [hep-th]](https://arxiv.org/abs/2211.05759), and $\textsf{inSpire-HEP}$ [2180439](https://inspirehep.net/literature/2180439).
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The main purpose of this repository is to provide the [accompanying Mathematica notebook](#accompanying-texttt-mathematica-notebook).
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More convenient links to view (and download) the PDF files:
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- the revised version of the thesis — [CountingInEFT.pdf](https://jdujava.github.io/CountingInEFT/CountingInEFT.pdf)
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- the original version of the thesis — [CountingInEFT_original_version.pdf](https://jdujava.github.io/CountingInEFT/CountingInEFT_original_version.pdf)
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- the presentation for the seminar — [CountingInEFT_presentation.pdf](https://jdujava.github.io/CountingInEFT/CountingInEFT_presentation.pdf)
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**Keywords**: Classical field theory, Effective field theory, Group theory, Lie groups,
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Representation theory, Schur character orthogonality relations, Hilbert series
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## Accompanying `Mathematica notebook`
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## Accompanying $\texttt{ Mathematica notebook}$
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The actual computations of Hilbert series are usually *gigantic*, and can be found in the notebook `CountingInEFT.nb`, written using `Mathematica 13.2`. It is featured in [Wolfram Community](https://community.wolfram.com/) forum, see [Counting operators in Effective Field Theories](https://community.wolfram.com/groups/-/m/t/2757059), but it is better to download it and view it locally.
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