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High-Energy Physics Software Frameworks

Software frameworks used in high-energy physics experiments for simulation, data reconstruction, and analysis.

7 projects

8,956 contributors

$624M

CMSSW

CMS Offline Software

Contributors

4,208

Organizations

215

AliPhysics

AliPhysics is a physics analysis framework for analyzing data from high-energy particle physics experiments, particularly focused on heavy-ion collisions. It provides tools and algorithms for particle reconstruction, event analysis, and data processing in nuclear physics research.

Contributors

1,843

Organizations

22

Software value

$272M

ROOT

ROOT is a scientific software framework developed at CERN that provides tools for big data processing, statistical analysis, visualization and storage in high-energy physics research. It includes a C++ interpreter, advanced statistical tools, machine learning capabilities, and powerful graphics tools for data visualization.

Contributors

1,783

Organizations

252

Software value

$293M

ALICE O2

ALICE O2 (Online-Offline) is a computing system and software framework for the ALICE experiment at CERN. It handles data acquisition, reconstruction, calibration, and analysis for high-energy physics experiments, specifically designed to process data from heavy-ion collisions at the Large Hadron Collider.

Contributors

820

Organizations

31

Software value

$48M

ACTS

ACTS (A Common Tracking Software) is an experiment-independent toolkit for charged particle track reconstruction in high energy physics experiments. It provides a collection of high-performance tracking algorithms and utilities that support track finding, fitting, and vertex reconstruction in modern detector systems.

Contributors

302

Organizations

27

Software value

$11M

Ganga

Ganga is an easy-to-use frontend for job definition and management

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