fundamental-physics
Official@fundamental-physics
Provides programmatic access to high-energy physics repositories, gravitational wave datasets, and Bayesian statistical analysis for astrophysical research and supernova modeling.
Agent Skills by fundamental-physics
Showing 7 vetted skills indexed across 1 GitHub repositories.
inspire
Fetch INSPIRE-HEP records by ID, arXiv, or DOI and return metadata and BibTeX.
hepdata
Retrieve experimental data tables from HEPData by HEPData, INSPIRE, or arXiv ID.
anesthetic
Visualize Bayesian posterior samples from nested sampling and MCMC chains.
arxiv
Search and download arXiv papers and sources using the arxiv CLI tool.
zenodo
Query Zenodo records and download datasets, software, or publications.
gwosc
Search and download gravitational wave data from GWOSC catalogs.
jax-bandflux
Compute JAX-accelerated bandflux for SALT3 and TimeSeriesSource supernova models.
Frequently Asked Questions About fundamental-physics
FAQPage SchemaWhat specific research tasks are enabled by these capabilities?▼
These capabilities enable researchers to programmatically fetch high-energy physics metadata, download gravitational wave datasets from GWOSC, retrieve experimental tables from HEPData, and perform high-performance Bayesian statistical analysis on cosmological samples using JAX-accelerated flux computations.
Which research personas benefit from these technical resources?▼
These resources are designed for particle physicists, cosmologists, and astrophysicists who require programmatic access to open-access research repositories and high-performance statistical modeling environments for analyzing experimental data and supernova light curves.
What are the primary dependencies for running these research modules?▼
Execution requires a standard scientific computing environment with JAX installed for accelerated flux computations. Users must also have network access to public research repositories like INSPIRE-HEP, HEPData, Zenodo, and GWOSC to facilitate data retrieval and metadata parsing.