Particle Accelerators

Propel your research

Dive into the cloud-based application that lets you model collaboratively. No need for a lab (yet) — simulate when and where it works for you.

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Discover the possibilities


Particle Accelerator Simulation

Our particle accelerator simulation software offers a wide range of features including support for nonlinear optimization and design. Particle accelerators are essential physics tools for discovery, including medical and industrial applications.

Whether you need to model linear accelerators, synchrotrons, or just to design a transfer beamline, we’ll help you get the job done.

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Particle Accelerator Simulation

Get to know the code

The elegant code is the physics engine for our simulations. The full capabilities are supported in the GUI, so you can generate advanced, multistage simulations and outputs without having to become an elegant expert.

Whether you need to model linear accelerators, synchrotrons, or just to design a transfer beamline, we’ll help you get the job done.

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The perks of using Sirepo


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Easy to access & use

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Instantaneous collaboration

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Archive & save

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You're not locked-in

There’s nothing to install. Simply run your simulations on private, secure computers.

Share your complete designs with a single link.

Resume work weeks later with zero start-up time.

Export files for command-line execution.

Get Started


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Copy and edit an example simulation

No need to start from scratch. Simply copy an existing simulation and tinker as needed.

Create a new simulation

Have a specific simulation in mind? Use your workspace to start a new project from scratch.

Import and export python

We developed Sirepo to be easy to access and use. That means supporting codes you already use.

Save in your workspace

Sign-in to save your work and come back to it anytime. If you’re finished, you can share work with your colleagues — just send them the link.

Start a simulation demo

Now that you're here — what're you waiting for? Dive in, get your hands dirty and get modeling.

Publications


  • M. Borland, “elegant: A Flexible SDDS-Compliant Code for Accelerator Simulation,” Advanced Photon Source LS-287 (2000).
  • Y. Wang and M. Borland, “Pelegant: A Parallel Accelerator Simulation Code for Electron Generation and Tracking,” AIP Conf. Proc. 877, 241 (2006).