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221 to 230 of 240 Results
Group_IV_vacancies.tar.gz
Jan 10, 2026 - Exe.py: Ab initio fine structure parameters for trigonal defect qubits within the E⊗e Jahn-Teller case
Gzip Archive - 205.9 MB - MD5: bb89258bc809ad366a86421caba2b3e7
Jahn-Teller_parameters.csv
Jan 10, 2026 - Exe.py: Ab initio fine structure parameters for trigonal defect qubits within the E⊗e Jahn-Teller case
Comma Separated Values - 534 B - MD5: 0bb1fa646b4fcc44b4894f16060e6877
N3V0_C3v_to_C1h_min.csv
Jan 10, 2026 - Exe.py: Ab initio fine structure parameters for trigonal defect qubits within the E⊗e Jahn-Teller case
Comma Separated Values - 1.0 KB - MD5: 79f7ffc2899dc1c486ec9ce3cb094424
N3V0_C3v_to_C1h_sadd.csv
Jan 10, 2026 - Exe.py: Ab initio fine structure parameters for trigonal defect qubits within the E⊗e Jahn-Teller case
Comma Separated Values - 1.0 KB - MD5: 5cd9232350662854465c321ed827221b
N3V_SOC_HSE.csv
Jan 10, 2026 - Exe.py: Ab initio fine structure parameters for trigonal defect qubits within the E⊗e Jahn-Teller case
Comma Separated Values - 150 B - MD5: b6d29bf4fdc7616aad191c644f1de606
N3V_SOC_PBE.csv
Jan 10, 2026 - Exe.py: Ab initio fine structure parameters for trigonal defect qubits within the E⊗e Jahn-Teller case
Comma Separated Values - 187 B - MD5: e10fedd19a5fcb4baca9e78d00aa3e38
model_parameters.csv
Jan 10, 2026 - Exe.py: Ab initio fine structure parameters for trigonal defect qubits within the E⊗e Jahn-Teller case
Comma Separated Values - 265 B - MD5: 740c20229531d28c2e035ff4755a3e24
raw_parameters.csv
Jan 10, 2026 - Exe.py: Ab initio fine structure parameters for trigonal defect qubits within the E⊗e Jahn-Teller case
Comma Separated Values - 615 B - MD5: ab15545d34e0c3d19ce6973c3597e3b9
Nuclear spin relaxation in solid state defect quantum bits via electron-phonon coupling in their optical excited state
Aug 7, 2025 - Semiconductor Nanostructures Research Group
Thiering, Gergő; Gali, Ádám, 2025, "Nuclear spin relaxation in solid state defect quantum bits via electron-phonon coupling in their optical excited state", https://hdl.handle.net/21.15109/ARP/O4CEI6, ARP, V1
Optically accessible solid state defect spins serve as a primary platform for quantum information processing, where precise control of the electron spin and ancillary nuclear spins is essential for operation. Using the nitrogen-vacancy (NV) color center in diamond as an example, we employ a combined group theory and density functional theory study...
1_PBE_C3v.tar.gz
Aug 7, 2025 - Nuclear spin relaxation in solid state defect quantum bits via electron-phonon coupling in their optical excited state
Gzip Archive - 437.3 MB - MD5: 537115f0c323fe27354972e0e49a057f
1st row of VASP ab-initio data
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