Stark Shift from Quantum Defects in Hexagonal Boron Nitride

Pei Li; Ran Xu; Bing Huang; Song Li

doi:10.1103/p82z-zxcb

Paper details

Research paper

Computational DFT

Stark Shift from Quantum Defects in Hexagonal Boron Nitride

Pei Li, Ran Xu, Bing Huang, Song Li

arXiv·2025·10.1103/p82z-zxcb·arXiv:2502.05490

Samples

Each sample groups how it was prepared, characterized, and measured. Click a card to expand.

6×6 trilayer hBN slab supercell with a central-layer CB defect used for Stark-shift calculations.

1 property

Simulated Supercell DfthBNStudied MaterialCB defect in hBNStudied Material

6×6 trilayer hBN slab supercell with a central-layer CBCN₂ defect.

1 property

Simulated Supercell DfthBNStudied MaterialCBCN₂ defect in hBNStudied Material

6×6 trilayer hBN slab supercell with a central-layer CNCB₃ defect.

1 property

Simulated Supercell DfthBNStudied MaterialCNCB₃ defect in hBNStudied Material

6×6 trilayer hBN slab supercell with a central-layer CBON defect.

1 property

Simulated Supercell DfthBNStudied MaterialCBON defect in hBNStudied Material

6×6 trilayer hBN slab supercell with a central-layer VNCB defect.

No measurements recorded

Simulated Supercell DfthBNStudied MaterialVNCB defect in hBNStudied Material

6×6 trilayer hBN slab supercell with a central-layer B dangling-bond defect.

1 property

Simulated Supercell DfthBNStudied MaterialB dangling-bond defect in hBNStudied Material

6×6 trilayer hBN slab supercell with a central-layer BN substitution defect.

1 property

Simulated Supercell DfthBNStudied MaterialBN substitution defect in hBNStudied Material

6×6 trilayer hBN slab supercell with a central-layer CNCB defect.

1 property

Simulated Supercell DfthBNStudied MaterialCNCB defect in hBNStudied Material

Materials

hexagonal boron nitride

hBN

Studied Material

Also known as

h-BNhBN

studied material

CB defect in hBN

Studied Material

Why these are connected

Related documents with shared materials, methods, properties, or citations.

Stark Shift from Quantum Defects in Hexagonal Boron Nitride | Matter42 Literature

Properties

Type	Label	Value	Material	Sample	Source
Stark Shift Transition Dipole Change	CB	0D	CB defect in hBN	6×6 trilayer hBN slab supercell with a central-layer CB defe	—
Stark Shift Transition Dipole Change	CNCB₃	0D	CNCB₃ defect in hBN	6×6 trilayer hBN slab supercell with a central-layer CNCB₃ d	—
Stark Shift Transition Dipole Change	CBON	1.15D	CBON defect in hBN	6×6 trilayer hBN slab supercell with a central-layer CBON de	—
Stark Shift Transition Dipole Change	BN	1.44D	BN substitution defect in hBN	6×6 trilayer hBN slab supercell with a central-layer BN subs	—
Stark Shift Transition Dipole Change	B DB	-1.14D	B dangling-bond defect in hBN	6×6 trilayer hBN slab supercell with a central-layer B dangl	—
Stark Shift Transition Dipole Change	CNCB	0.05D	CNCB defect in hBN	6×6 trilayer hBN slab supercell with a central-layer CNCB de	—
Stark Shift Transition Dipole Change	CBCN₂	0D	CBCN₂ defect in hBN	6×6 trilayer hBN slab supercell with a central-layer CBCN₂ d	—

Properties

Type	Label	Value	Material	Sample	Source
Stark Shift Transition Dipole Change	CB	0D	CB defect in hBN	6×6 trilayer hBN slab supercell with a central-layer CB defe	—
Stark Shift Transition Dipole Change	CNCB₃	0D	CNCB₃ defect in hBN	6×6 trilayer hBN slab supercell with a central-layer CNCB₃ d	—
Stark Shift Transition Dipole Change	CBON	1.15D	CBON defect in hBN	6×6 trilayer hBN slab supercell with a central-layer CBON de	—
Stark Shift Transition Dipole Change	BN	1.44D	BN substitution defect in hBN	6×6 trilayer hBN slab supercell with a central-layer BN subs	—
Stark Shift Transition Dipole Change	B DB	-1.14D	B dangling-bond defect in hBN	6×6 trilayer hBN slab supercell with a central-layer B dangl	—
Stark Shift Transition Dipole Change	CNCB	0.05D	CNCB defect in hBN	6×6 trilayer hBN slab supercell with a central-layer CNCB de	—
Stark Shift Transition Dipole Change	CBCN₂	0D	CBCN₂ defect in hBN	6×6 trilayer hBN slab supercell with a central-layer CBCN₂ d	—

Properties

Type	Label	Value	Material	Sample	Source
Stark Shift Transition Dipole Change	CB	0D	CB defect in hBN	6×6 trilayer hBN slab supercell with a central-layer CB defe	—
Stark Shift Transition Dipole Change	CNCB₃	0D	CNCB₃ defect in hBN	6×6 trilayer hBN slab supercell with a central-layer CNCB₃ d	—
Stark Shift Transition Dipole Change	CBON	1.15D	CBON defect in hBN	6×6 trilayer hBN slab supercell with a central-layer CBON de	—
Stark Shift Transition Dipole Change	BN	1.44D	BN substitution defect in hBN	6×6 trilayer hBN slab supercell with a central-layer BN subs	—
Stark Shift Transition Dipole Change	B DB	-1.14D	B dangling-bond defect in hBN	6×6 trilayer hBN slab supercell with a central-layer B dangl	—
Stark Shift Transition Dipole Change	CNCB	0.05D	CNCB defect in hBN	6×6 trilayer hBN slab supercell with a central-layer CNCB de	—
Stark Shift Transition Dipole Change	CBCN₂	0D	CBCN₂ defect in hBN	6×6 trilayer hBN slab supercell with a central-layer CBCN₂ d	—

Properties

Type	Label	Value	Material	Sample	Source
Stark Shift Transition Dipole Change	CB	0D	CB defect in hBN	6×6 trilayer hBN slab supercell with a central-layer CB defe	—
Stark Shift Transition Dipole Change	CNCB₃	0D	CNCB₃ defect in hBN	6×6 trilayer hBN slab supercell with a central-layer CNCB₃ d	—
Stark Shift Transition Dipole Change	CBON	1.15D	CBON defect in hBN	6×6 trilayer hBN slab supercell with a central-layer CBON de	—
Stark Shift Transition Dipole Change	BN	1.44D	BN substitution defect in hBN	6×6 trilayer hBN slab supercell with a central-layer BN subs	—
Stark Shift Transition Dipole Change	B DB	-1.14D	B dangling-bond defect in hBN	6×6 trilayer hBN slab supercell with a central-layer B dangl	—
Stark Shift Transition Dipole Change	CNCB	0.05D	CNCB defect in hBN	6×6 trilayer hBN slab supercell with a central-layer CNCB de	—
Stark Shift Transition Dipole Change	CBCN₂	0D	CBCN₂ defect in hBN	6×6 trilayer hBN slab supercell with a central-layer CBCN₂ d	—