astronomy-physics
195
astrophysics-data-guide
Astronomical data processing with Astropy, FITS files, and sky surveys
wentorai
research
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astronomy-physics
195
gis-remote-sensing-guide
GIS analysis and remote sensing workflows for geospatial research applications
wentorai
research
astronomy-physics
195
numerical-methods-guide
Apply numerical methods and scientific computing techniques
wentorai
research
astronomy-physics
195
geospatial-viz-guide
Create maps, choropleths, and spatial data visualizations for research
wentorai
research
astronomy-physics
195
nasa-ads-api
Search astrophysics and physics literature via NASA ADS bibliographic database
wentorai
research
astronomy-physics
195
seismology-data-guide
Earthquake data analysis, seismogram processing, and seismic research
wentorai
research
astronomy-physics
195
satellite-remote-sensing
Satellite imagery analysis and remote sensing for earth science research
wentorai
research
astronomy-physics
195
geoscience-skills
6 geoscience & climate skills. Trigger: earth science data, GIS, remote sensing, climate modeling. Design: geospatial tools, satellite data processing, and environmental models.
wentorai
research
astronomy-physics
185
goal-alignment
QUANTITATIVE skill for validating wave deliverables against goal milestones using 0-100% alignment scoring. Prevents scope drift, detects misalignment, enforces goal-wave consistency. Requires goal-management for milestone data. Essential for multi-wave projects to maintain North Star alignment throughout execution.
majiayu000
research
astronomy-physics
185
imsa-analyst
use to query historical data on the IMSA Weathertech seasons
majiayu000
research
astronomy-physics
185
iss-orbit-calculation
Calculate ISS orbital positions, propagate TLEs, and validate satellite tracking accuracy. Use when working with satellite.js, TLE data, orbital mechanics, position calculations, or SGP4 propagation.
majiayu000
research
astronomy-physics
185
dqmc-analyze
Extract physical observables with error estimates from completed DQMC simulations. Use when computing density, double occupancy, spin correlations, structure factors, or any measured quantity from simulation data.
majiayu000
research
astronomy-physics
185
download-ai4space
Instructions for downloading the ai4space repository, useful when the user wants to start working with the lunar base model.
majiayu000
research
astronomy-physics
174
spatial-analysis
Guide agent through geospatial data analysis tasks using built-in, learned, and fabricated geo tools
MEKXH
research
astronomy-physics
174
remote-sensing
Guide agent through raster and satellite imagery analysis with the built-in, learned, and fabricated geo tools
MEKXH
research
astronomy-physics
166
education-data-source-nhgis
NHGIS — census geography crosswalks via Portal: links schools (ncessch) and colleges (unitid) to tracts, block groups, CBSAs (1990-2020). Census demographics NOT in Portal — access NHGIS directly. Use for linking education data to census geography.
DAAF-Contribution-Community
research
astronomy-physics
166
geopandas
Spatial data: GeoDataFrames, spatial joins, CRS/projections, choropleth/interactive maps, spatial autocorrelation, PySAL. Use for geographic data, spatial files (Shapefile, GeoPackage, GeoParquet), or spatial stats. For charts without GIS use plotly.
DAAF-Contribution-Community
research
astronomy-physics
157
generate-image
Generate or edit images using AI models (FLUX, Gemini). Use for scientific illustrations, diagrams, schematics, infographics, concept visualizations, and artistic images. Supports image editing to modify existing images (change colors, add/remove elements, style transfer). Useful for figures, posters, and visual explanations.
Microck
research
astronomy-physics
157
omero-integration
Microscopy data management platform. Access images via Python, retrieve datasets, analyze pixels, manage ROIs/annotations, batch processing, for high-content screening and microscopy workflows.
Microck
research
astronomy-physics
157
astropy
Comprehensive Python library for astronomy and astrophysics. This skill should be used when working with astronomical data including celestial coordinates, physical units, FITS files, cosmological calculations, time systems, tables, world coordinate systems (WCS), and astronomical data analysis. Use when tasks involve coordinate transformations, unit conversions, FITS file manipulation, cosmological distance calculations, time scale conversions, or astronomical data processing.
Microck
research
astronomy-physics
157
oceanographic-seawater-properties
Calculate seawater thermodynamic properties using TEOS-10 standard including density, salinity, sound speed, and freezing temperature for oceanography.
InternScience
research
astronomy-physics
157
material-density-volume-calculation
Calculate material density and volume from mass and geometric dimensions for materials mechanics analysis.
InternScience
research
astronomy-physics
157
atmospheric-science-calculations
Calculate atmospheric parameters including Coriolis parameter, geostrophic wind, heat index, potential temperature, and dewpoint for meteorology and climate science.
InternScience
research
astronomy-physics
157
wind-site-assessment
Assess wind energy potential and perform site analysis using atmospheric science calculations.
InternScience
research