Science Advances

This PDF file includes:

• Section S1. Single-photon emission properties of kh VVs
• Section S2. Ground- and excited-state spin-spin interactions
• Section S3. Spectral diffusion of optical transitions
• Section S4. dc Stark tuning of kh VVs
• Section S5. Integrated multiphoton resonance lineshape
• Section S6. Electrical properties of on-chip planar capacitor
• Section S7. Ground-state ZEFOZ spin transitions
• Section S8. Nuclear spin bath interactions
• Section S9. Density functional theory calculations of kh VV excited-state structure
• Section S10. Density functional theory calculations of electric field–dependent phenomena
• Fig. S1. Correlation spectroscopy of a single kh VV.
• Fig. S2. Spectral diffusion of a single kh VV.
• Fig. S3. dc Stark shifts of single kh VVs.
• Fig. S4 Photoluminescence of multiphoton resonances.
• Fig. S5. Nonresonant device properties.
• Fig. S6. Pulsed optically detected magnetic resonance of single kh VVs.
• Fig. S7. Cluster-correlation expansion simulations of kh VVs.
• Table 1. Zero-field splitting values for kh VVs.
• Table 2. Calculated electric dipole for the ground state–excited state optical transition for the diamond nitrogen-vacancy center and hh and kh VVs.
• References (34–40)

Download PDF