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The MWE goes like:
```mathematica
snegspinlessfermionoperators[d];
bs = {d[CR, 1]};
matrixrepresentationop[number[d[1]], bs]
matrixrepresentationop[nc[d[CR, 1], d[AN, 1]], bs]
```
which retur…
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H. Nakazato, M. Ochiai
> The so-called Klein tunneling is re-examined within the framework of quantum field theory, but from a different point of view on the asymptotic states. We treat it as a one…
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This line https://github.com/ITensor/ITensors.jl/blob/ae3b49d9b5d530e144ec10bd8aeafec288cca5bc/src/NDTensors/blocksparse/blocksparsetensor.jl#L1082-L1084 takes up a nontrivial (say 50%) of time for bl…
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Dear All,
I met a problem when compiling codes with TikZ-Feynman package, my codes is shown below
```latex
\documentclass{article}
\usepackage{tikz-feynman}
\begin{document}
The quick brown fox …
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It seems the `copyExtendedColorSpinor` functions in `lib/extended_color_spinor_utilities.cu` does not recognize the extra 5th dimension for domain-wall/mobius fermions. I don't know if this is somethi…
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At the moment, `smelli` assumes new physics (NP) being 'factorized' from the Standard Model (SM) dimension four terms and only entering coefficients of operators with dimension >= 5. However, models o…
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Just need to copy what Kate put in for Wilson-type fermions to Staggered-type fermions. This is more of a reminder to myself than anything else.
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We mostly focus on 'unitary' fermions---why should anyone care? We need to emphasize that the nuclear system has very long scattering lengths, and that unitary fermions are a good starting point.
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I encountered an issue while running the development version of NetKet using pytest. When I run the test suite 50 times, the test_extra_constraint_integration test consistently fails after the first r…