Summit Specs
Peak Petaflops: 200 IBM Power9 Processors: 9,216 IBM Power9 Cores: 193,536 Compute Nodes: 4,608 NVIDIA Volta Accelerators: 27,648
Memory (TB): 2,801 Disk Space (PB): 250 Floor Space (feet2): 5,600 Leadership-class Job Limit (Minimum): 922 Nodes
Current JobsPITypeElapsedRequestedNodes
Search for New Physics using Precision Tests of the Standard ModelNorman ChristINCITE2:22:4012:00:001,024
The Structure and Interactions of Nucleons from the Standard ModelAndre Walker-LoudINCITE1:54:114:12:001,020
A baseline for global weather and climate simulations at 1km resolutionNils WediINCITE5:27:2712:00:00640
The Structure and Interactions of Nucleons from the Standard ModelAndre Walker-LoudINCITE1:52:134:12:00284
The Structure and Interactions of Nucleons from the Standard ModelAndre Walker-LoudINCITE9:53:4312:00:00256
The Structure and Interactions of Nucleons from the Standard ModelAndre Walker-LoudINCITE8:23:5512:00:00256
Lattice QCDAndreas KronfeldINCITE2:20:1112:00:00171
First Principle Heat Generation Simulations of On-die InterconnectsLin-Wang WangINCITE2:24:2412:00:00128
Pending JobsPITypeRequestedNodes
2.3.1.07 STPM09-Exascale MPIPavan BalajiECP1:00:002,048
2.3.1.07 STPM09-Exascale MPIPavan BalajiECP1:00:002,048
2.3.1.07 STPM09-Exascale MPIPavan BalajiECP1:00:002,048
2.3.1.07 STPM09-Exascale MPIPavan BalajiECP1:00:002,048
Modeling Wetting Phenomena in Porous MediaJames McClureDD23:50:002,040
Search for New Physics using Precision Tests of the Standard ModelNorman ChristINCITE12:00:001,024
Computational Studies of Correlated Quantum MaterialsThomas MaierINCITE0:45:001,000
Energetics of Collisionless Plasmas in the Laboratory and SpaceWilliam FoxALCC0:20:00256
Cores in Use by Scientific Domain
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