CompFuse Technical Highlights

  • Quantifying entanglement in the solid state using neutrons
       [contact: Satoshi Okamoto, okapon at ornl.gov]
  • Advanced Simulations Reveal Orbital Structure of Cooper Pairs in High-Temperature Superconductors
       [contact: Thomas Maier, maierta at ornl.gov]
  • Enabling Portability and GPU Direct on DCA++
       [contact: Thomas Maier, maierta at ornl.gov]
  • A coherent theoretical description of Kitaev-candidate material α-RuCl3
       [contact: Satoshi Okamoto, okapon at ornl.gov]
  • AI accelerates lattice quantum Monte Carlo simulations
       [contact: Steve Johnston, sjohn145 at utk.edu]
  • Density Matrix Renormalization Group Method Enables Computing High-Resolution Magnetic Excitation Spectra
       [contact: Steve Johnston, sjohn145 at utk.edu]
  • Advancing Materials Simulations on Summit via RAPIDS
       [contact: Thomas A. Maier, maierta at ornl.gov]
  • Emerging hole band spurs unconventional superconductivity
       [contact: Thomas A. Maier, maierta at ornl.gov]
  • CompFUSE partners