Program Description: Project AGORA investigates galaxy formation with high-resolution simulations and compares the results across code platforms and with observations. AGORA is a comprehensive numerical study of well-resolved galaxies within the ΛCDM cosmology. Cosmological hydrodynamic simulations with force resolutions of ~100 proper pc or better will be run with a variety of code platforms to follow the hierarchical growth, star formation history, morphological transformation, and the cycle of baryons in and out of eight galaxies
Year Started: 2012.
Organization Description: This is a massive inter-institutional effort by 115 participants from 60 institutions worldwide
Data Description: The numerical techniques and implementations used in this project include the smoothed particle hydrodynamics codes GADGET and GASOLINE, and the adaptive mesh refinement codes ART, ENZO, and RAMSES. The codes share common initial conditions and common astrophysics packages including UV background, metal-dependent radiative cooling, metal and energy yields of supernovae, and stellar initial mass function.
Project Type: Model Repository
Project Domains: Math and Physical Sciences
No budget information
Federal Funding: NSF
|Location||Lat/Lon Coordinates||Location Type||Data Type||Data Generation||Single Data Instance Size (TB)||Estimated Daily Data Size (GB)||Estimated Annual Data Size (PB)||Average Sustained Throughput (Gbps)||Maximum Sustained Throughput (Gbps)||Online Repository Size (PB)||Total Repository Size (PB)||Delay Tolerance (minutes)||Jitter Sensitive?||Uses the Cloud?|
|UC Santa Cruz, United States||36.9914,-122.0609||Data Repository and Analysis||Simulation||Not Specified||-||-|