Everything you would expect ¶
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Analyze real PTA data
Real PTA data from NANOGrav and the IPTA collaboration at your fingertips.
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Harness the power of ENTERPRISE
Take advantage of the full power of ENTERPRISE and Ceffyl via easy-to-use interface.
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Made for high energies
Signals of new physics can be defined using standard conventions in the high-energy physics community.
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Open source
Explore our open-source code repository: download, customize to your needs, and contribute to its continuous development.
PTArcade workflow in a nutshell ¶
Define your signal
Defining your signal is as easy as defining a Python function.
Just define the power spectrum in terms of \(h^2\Omega_{\textrm{GW}}\), if you are considering a stochastic signal; or the signal time series, if you are considering a deterministic signal. PTArcade will take care of the rest.
Run it
Run the code locally or on a HPC cluster.
PTArcade can run in various configuration modes to adapt to the available computational resources.
Learn more
Analyze the results
Can your model fit the observed PTA signal? Can your model be constrained by PTA data?
Several utilities will help you answer these questions and much more (easy handling of multiple MCMC chains, easy plotting routings, etc...).
Learn moreContribute ¶
PTArcade is developed and mantained by an incredibly small number of people. If you have ideas on how to improve it, or would just like to help, please get in touch! We'd love to have you on board!