Lips

Latest version: v0.4.0

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0.4.0

See [CHANGELOG.md](https://github.com/GDeLaurentis/lips/blob/c8549270e238437ab416aef63c5533fd9aeb06f1/CHANGELOG.md)

0.3.0

Update implementing several ideas and algorithms mostly from [arXiv:2203.04269](https://arxiv.org/abs/2203.04269). These include:
- $p$-adic and finite field phase space points defined at spinor level (instead of four momenta)
- algebro-geometric technology, such as ideals in spinor components or invariants, and singular phase space points on irreducible varieties

0.1.3

Phase space generation and manipulation functionalities, including computation of Lorentz invariants from unicode strings and specific phase space point generations through set and set_pair functions for angle and square spinor brackets. Momentum conservation and on-shell relations are automatically satisfied. Freedom of choosing real or complex momenta. (Some bug fixes).

0.1.2

Basic phase space generation and manipulation functionalities, including computation of Lorentz invariants from unicode strings and specific phase space point generations through set and set_pair functions for angle and square spinor brackets. Automatic momentum conservation fixing and freedom of choosing real or complex momenta.

0.1.1

Basic phase space generation and manipulation functionalities, including computation of Lorentz invariants from unicode strings and specific phase space point generations through set and set_pair functions for angle and square spinor brackets. Automatic momentum conservation fixing and freedom of choosing real or complex momenta.

0.1.0

Basic phase space generation and manipulation functionalities, including computation of Lorentz invariants from unicode strings and specific phase space point generations through set and set_pair functions for angle and square spinor brackets.

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