The PyForce is a tool designed for the exploration and analysis of the Standard Model of particle physics and extension models. This project aims to provide a solution that will facilitate both interactive learning of the Standard Model and robust analysis of new theoretical models, essential in the search for "New Physics."

PyForce integrates various computational tools, allowing researchers and students to perform simulations, data analysis, and theoretical studies more efficiently and collaboratively. Using Python as the main programming language, PyForce includes interactive modules that cover the mathematical and physical foundations of the Standard Model and the implementation of models beyond the Standard Model, such as the Simplest Little Higgs Model, the Complex Singlet Extension of the Standard Model, the Two Higgs Doublet Model, among others.

The project is currently under development, and the first version is expected to be released in the coming months.

The PyForce is a tool designed for the exploration and analysis of the Standard Model of particle physics and extension models. This project aims to provide a solution that will facilitate both interactive learning of the Standard Model and robust analysis of new theoretical models, essential in the search for "New Physics."

PyForce integrates various computational tools, allowing researchers and students to perform simulations, data analysis, and theoretical studies more efficiently and collaboratively. Using Python as the main programming language, PyForce includes interactive modules that cover the mathematical and physical foundations of the Standard Model and the implementation of models beyond the Standard Model, such as the Simplest Little Higgs Model, the Complex Singlet Extension of the Standard Model, the Two Higgs Doublet Model, among others.

The project is currently under development, and the first version is expected to be released in the coming months.