The Apple Silicon Gravitational-Wave Cluster project utilizes the power of Apple Silicon M2 processors to construct a high-performance cluster tailored for gravitational-wave astronomy.
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Dec 11, 2024 - Shell
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lalsuite
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Detection of Gravitational Waves
python machine-learning numpy scikit-learn scipy gravitational-waves topological-data-analysis pycbc lalsuite
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Oct 11, 2024 - Jupyter Notebook
Python pipeline for comparing EMRI surrogate and EOBNRv2HM gravitational wave models across extreme mass ratios. Quantifies waveform mismatch, merger-region error, and computation time. Includes diagnostics that identified a float32 precision bug in the EMRI surrogate model. Built for HPC.
python mismatch hpc scientific-computing computational-physics ligo astrophysics lisa gravitational-waves error-analysis lalsuite waveform-analysis parameter-space black-holes surrogate-model emri waveform-comparison gwsurrogate gwtools numrical-relativity
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May 12, 2026 - Python
qcextender is a Python package for extending and unifying gravitational waveform generation across libraries.
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Feb 9, 2026 - Python
Completed solutions, analyses, and documentation for the Gravitational Wave Open Data Workshop 2026, covering the full gravitational-wave data analysis pipeline from data-access and waveform generation to matched filtering, Bayesian parameter estimation, event detection, and continuous-wave searches using Python, PyCBC, GWpy, Bilby, and LALSuite.
python data-science signal-processing jupyter-notebook virgo ligo astrophysics data-analysis parameter-estimation bayesian-inference gravitational-waves gwpy pycbc matched-filtering lalsuite bilby gwosc kagra
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May 11, 2026 - Jupyter Notebook
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