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Particle physics, nuclear physics, condensed matter, plasma physics, optics, acoustics, quantum mechanics
6,326 datasets
47shepoch is a dataset hosted on Kaggle. Its title suggests a focus on physics, potentially related to particle physics or experimental measurements. The dataset's specific content, size, and origin are not detailed in the available metadata.
Salary disclosure is based on the calendar year ended December 31, 2024, while disclosure of car allowance, travel and other expenses for departments are for the fiscal year ended March 31, 2025. The dataset is hosted on the gnb.socrata.com platform and was last updated on January 14, 2026. It includes columns for employee name, department, payment amount, and payment type.
ToucHD is a large-scale tactile dataset with 2,426,174 contact samples designed as a Tactile Hierarchical Dynamic resource. The ToucHD-Sim subset contains 1,118,896 multi-sensor contact frames from five optical tactile sensors, collected by BAAI. The dataset page was last updated on March 2, 2026.
Geoscience Australia maintains a database of nuclear explosions with location, time, and size data since 1945. The dataset also includes records from seismological observatories at Mawson, Macquarie Island, Casey, and former observatories Wilkes and Heard Island. Fields include date, time, magnitude, yield, and coordinates.
Predicted satellite orbits for Satellite Laser Ranging (SLR) tracking of satellites equipped with corner cube retroreflectors. The data is produced by NASA's Crustal Dynamics Data Information System (CDDIS) and is issued on a daily or sub-daily basis. Prediction files typically contain orbit information for multiple days to coordinate tracking schedules for satellite acquisition.
China's Zhangheng-1 (CSES) satellite mission provides time-varying magnetic field data collected by its High-Energy Particle Package (HEP) instrument. The dataset is archived by the National Remote Sensing Center of China (NRSCC) on the ChinaGEOSS platform. Specific temporal coverage, data volume, and update frequency are not detailed in the provided description.
Images and movies of planktic foraminifers, microscopic marine organisms, captured using optical and electron microscopes. The database aims to include species from oceans worldwide and is actively expanded by the organization SCIOPS. The temporal scope and total volume are unspecified.
NASA's CDDIS provides metadata for the Greenbelt Satellite Laser Ranging (SLR) station, identified as GODL. The record includes precise geodetic coordinates, elevation, and station identifiers. The creation date and dataset size are not specified.
HPCC Grand Challenge research provides visualizations from high-resolution simulations of rotating, stratified turbulence. The work models turbulent fluid structures in oceans, atmospheres, and planetary systems. It was conducted by the SCIOPS organization under NASA's Earthdata platform.
Ten-day aggregated satellite data provides aerosol optical thickness over global oceans for four spectral bands and the aerosol Angstrom coefficient. Data is organized into 10x10 degree geographic grid blocks with a 1-kilometer resolution. The product is generated by SCIOPS from the Fengyun-3A (FY3A) satellite's Visible and InfraRed Radiometer (VIRR).
Monthly global aerosol data over oceans from the FY-3A satellite's Visible and Infrared Radiometer (VIRR). The product provides aerosol optical thickness for four spectral bands and the Angstrom coefficient, gridded in 10x10 degree geographic blocks with 1-kilometer resolution. The data is produced by the organization SCIOPS.
Daily aerosol optical thickness data over global oceans, derived from the Visible and Infrared Radiometer (VIRR) on the FY-3A satellite. The product provides measurements for four spectral bands, aerosol Angstrom coefficient, and associated geometry angles. It is organized into 10x10 degree geographic blocks with a 1-kilometer resolution and is produced by the SCIOPS organization.
FY-3A satellite data provides daily global measurements of cloud top temperature, height, and optical thickness. These products are generated by SCIOPS for studying the role of clouds in Earth's radiation balance and climate change. The dataset consists of Level 2 geospatial products from the VIRR instrument.
FY3A MERSI Ten-Day Ocean Aerosol Level 3 Product provides daily aerosol measurements over ocean surfaces. Data is organized into 10x10 degree geographic blocks with a 1km resolution. The product is generated by the SCIOPS organization using the MERSI instrument aboard the FY3A satellite.
Ten-day aerosol optical thickness products over land are derived from the FY3A MERSI instrument. Each 5km grid point contains aerosol optical thickness for three spectral bands (470nm, 550nm, 650nm), the Angstrom coefficient, and the small particle ratio. The data is produced by the SCIOPS organization.
Monthly aerosol optical thickness data over global oceans, derived from the FY-3A satellite's MERSI sensor. The product provides measurements for 12 spectral bands, aerosol Angstrom coefficient, and associated geometry angles on a 1km resolution grid organized in 10x10 degree blocks. It is produced by the SCIOPS organization.
Monthly aerosol optical thickness over land is provided globally at a 5km resolution. Data includes values for three spectral bands (470nm, 550nm, 650nm), the Angstrom coefficient, and the small particle ratio. The product is generated by SCIOPS using measurements from the FY3A MERSI sensor.
Daily aerosol optical thickness data over global oceans is derived from the FY-3A satellite's MERSI sensor. Each 10x10 degree geographic block contains 1km resolution grid points with measurements for 12 spectral bands and associated geometric angles. The product is generated by the SCIOPS organization.
Antarctica's Dome C ice core provides isotope, depth-age scale, CO2, and CH4 data. The 906-meter core spans approximately 32,000 years. It was retrieved during the 1977-78 Antarctic field season by the International Antarctic Glaciological project.
ATL07 data provides along-track sea surface height and sea ice height measurements from the ICESat-2 satellite. The dataset is produced by the NSIDC from observations by the Advanced Topographic Laser Altimeter System (ATLAS) instrument. Segment lengths vary, with fixed 10-meter segments and heights computed using the DDA-Bifurcation algorithm for strong beams.