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
Design of Novel Titanium Based Alloys for Additive Manufacturing using HPC-Aided Large-Scale Phase Field SimulationsBalasubramaniam RadhakrishnanALCC1:56:3318:00:001,024
Hadronic Contributions To The Muon g-2 From Lattice QCD Using Chiral FermionsThomas BlumALCC1:16:556:00:001,024
Hadronic Contributions To The Muon g-2 From Lattice QCD Using Chiral FermionsThomas BlumALCC2:57:2424:00:00944
Atomistic Bridges to Carbon Defects @ ExascaleAshley ShieldsALCC11:33:1512:00:00288
Dispersoid-based strengthening of plasma-facing materialsAidan ThompsonINCITE0:52:2512:00:00128
Nuclear femtography: parton distribution functions for the Electron-Ion ColliderPhiala ShanahanINCITE1:04:1912:00:00128
Analysis of Combustion and Wave Dynamics in Rotating Detonation EnginesJoseph OefeleinALCC1:16:5512:00:00108
Achieving Higher Efficiency Turbomachinery Design Via Large Eddy SimulationParviz MoinALCC1:10:032:00:00100
Pending JobsPITypeRequestedNodes
Intermolecular energy and electron transfer by non-orthogonal configuration interactionCoen de GraafINCITE3:00:002,800
Intermolecular energy and electron transfer by non-orthogonal configuration interactionCoen de GraafINCITE3:00:002,800
Nuclear Matter Dynamics in Real Time and the Heaviest Elements in NatureAurel BulgacINCITE4:00:001,656
Intermolecular energy and electron transfer by non-orthogonal configuration interactionCoen de GraafINCITE3:00:001,500
Intermolecular energy and electron transfer by non-orthogonal configuration interactionCoen de GraafINCITE3:00:001,500
2.3.4.15 STDM15 - HDF5/UnifyCRSuren BynaECP2:00:001,344
DFT-FE First-principles Calculations Of Dislocation Core Energetics In Dilute Mg AlloysVikram GaviniALCC2:00:001,200
Predictive Simulations of Functional MaterialsPaul KentINCITE1:00:001,176
Cores in Use by Scientific Domain
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