Atoms

From QMC

• He
  • ground state (all-electron VMC and DMC)
  • relativistic correction (all-electron VMC and DMC)
• Li
  • ground state [1] [2] [3] (all-electron VMC and DMC)
  • binding energy (all-electron DMC)
  • positronium affinity (all-electron DMC)
• Be
  • ground state
    • (all-electron DMC)
    • (all-electron VMC and DMC)] [4] [5]
  • relativistic correction (all-electron VMC and DMC)
  • Be²⁺ (all-electron VMC and DMC)

• B [6] [7] (all-electron VMC and DMC)
• C [8] [9] [10] (all-electron VMC and DMC)
• N
  • [11] [12] [13] (all-electron VMC and DMC)
  • (pseudopotential VMC and DMC)
• O [14] [15] [16] (all-electron VMC and DMC)
• F [17] [18] (all-electron VMC and DMC)
• Ne
  • ground state
    • (all-electron DMC)
    • (all-electron VMC and DMC) [19] [20] [21]
    • (all-electron and pseudopotential VMC and DMC)
  • relativistic correction (all-electron VMC and DMC)
  • Ne⁺ (all-electron and pseudopotential VMC and DMC)
  • Ne⁸⁺ (all-electron VMC and DMC)
• Na (all-electron VMC and DMC)
• Mg (all-electron VMC and DMC)
• Al (all-electron VMC and DMC)
• Si [22] [23] (all-electron VMC and DMC)
• P [24] [25] (all-electron VMC and DMC)
• S
• Ar (all-electron VMC and DMC)
• Sc (pseudopotential DMC)
• Mn (pseudopotential DMC)
• Fe (pseudopotential DMC)
• Cu (all-electron DMC)
• Kr (all-electron VMC and DMC)
• Y (pseudopotential DMC)
• Xe (all-electron VMC and DMC)
• Pb (pseudopotential VMC)
• Bi⁺ (pseudopotential VMC)
• Po²⁺ (pseudopotential VMC)