atomic-data

An open source headless CMS / real-time database. Powerful table editor, full-text search, and SDKs for JS / React / Svelte.

A Python package for manipulating atomistic data of software in computational science

This repo is no longer used! Code is moved to Atomic-Server

Atomic Data is a specification to make it easier to exchange data.

Convert atomic data into ARTIS format from several sources

This is the data repository for the Astrochemistry Low-energy electron Cross-Section (ALeCS) database. This database presents electron-impact cross sections and molecular data relevant for electron ionization processes.

Raycast extension to search resources in an Atomic Server

An open-source tool that converts EPICS datasets (EEDL, EADL, and EPDL) into structured HDF5 files, making evaluated electron-photon coupled physics data easy to use in Python-based simulations, analysis, and modern scientific workflows.

Generate a Grotrian diagram for Mg I (Figure 4 from Peralta et al., 2023, A&A 676, A18).

Automated tuning of SUPERSTRUCTURE’s Thomas-Fermi scaling parameters against NIST energy levels using a Gaussian-process surrogate optimiser. Works for any ion, makes level labels consistent with NIST, checks A-values and lifetimes against NIST, NORAD and measured values, and writes NORAD-format tables.

Reproducible spherical proatomic radial electron-density datasets for atom-centered theoretical-chemistry and crystallographic models.

Convert raw CHIANTI atomic-data folders into AtomNeb-style FITS files

Converts recombination-line data into AtomNeb-style FITS files

This is the main data repository for the Astrochemistry Low-energy electron Cross-Section (ALeCS) database. This database presents electron-impact cross sections and molecular data relevant for electron ionization processes.

Convert CHIANTI atomic-data folders into AtomNeb-style FITS files

Converts recombination-line data into AtomNeb-style FITS files

Determinaciones de condiciones físicas y abundancias en una muestra de galaxias de baja metalicidad usando PyNeb y datos espectrales de Kojima et al. 2021 e Isobe et al. 2022. Además, determinación de Fe^{++} con diferentes datos atómicos en la nebulosa de orión usando PyNeb y datos espectrales de Esteban et al. 2004.

Photon budget and a priori C VI brightness estimate for the TCABR spectrometer upgrade — reproduces Table V and Figs. 10-12 of Novaes & Severo (2026)