ERICCa 0.1.0

A nuclear reaction code that calculates nucleus-nucleus reaction cross section in the eikonal framework

Eikonal Reaction, density Input, Cross section Calculator (ERICCa)

A reaction code that calculates nucleus-nucleus reaction cross section in the eikonal framework using nuclear densities as inputs.

quick start

 pip install ERICCa

The release versions of the package are hosted at [INSERT]

Tutorials

Tutorials live in /tutorials/.

For the full tutorial use tutorials/ERICCa_Tutorial.ipynb. For a condensed version use tutorials/ERICCa_TLDR.ipynb.

description

ERICCa (Eikonal Reaction, density Input, Cross section Calculator) is a Python package for calculating nucleus-nucleus reaction cross sections within the eikonal approximation framework. The code provides a flexible and robust approach to computing reaction observables by taking nuclear density distributions as direct inputs, allowing for accurate modeling of a wide range of nuclear reactions.

Key Features

• Eikonal Framework: Employs the two-body eikonal framework for fast computation of reaction cross sections
• Density-Based Approach:nuclear density distributions (matter or proton, and neutron densities) as inputs
• Accurate Integration: Implements multi-dimensional numerical integration with adaptive mesh configurations
• Validated Results: Benchmarked against experimental reaction data

Capabilities

ERICCa can calculate:

• Reaction cross sections using matter densities and proton and neutron densities as inputs and a profile function
• Automatic density generation based on rms matter radius and mass number
• Built-in profile functions for Energies 40-1000 MeV The package is designed for experimental nuclear physicists

contributing, developing, and testing

citation

@software{Smith_AJ_ERICCa_2026,
author = {A. J. Smith, K. Godbey, C. Hebborn},
license = {?},
month = May,
title = {{ERICCa}},
url = {?},
version = {1.0.0},
year = {2026}
}