Follow
Junfeng Wang
Title
Cited by
Cited by
Year
Coherent control of nitrogen-vacancy center spins in silicon carbide at room temperature
JF Wang, FF Yan, Q Li, ZH Liu, H Liu, GP Guo, LP Guo, X Zhou, JM Cui, ...
Physical review letters 124 (22), 223601, 2020
1582020
Bright room temperature single photon source at telecom range in cubic silicon carbide
J Wang, Y Zhou, Z Wang, A Rasmita, J Yang, X Li, HJ von Bardeleben, ...
Nature communications 9 (1), 4106, 2018
1502018
High-sensitivity temperature sensing using an implanted single nitrogen-vacancy center array in diamond
J Wang, F Feng, J Zhang, J Chen, Z Zheng, L Guo, W Zhang, X Song, ...
Physical Review B 91 (15), 155404, 2015
1272015
Efficient generation of an array of single silicon-vacancy defects in silicon carbide
J Wang, Y Zhou, X Zhang, F Liu, Y Li, K Li, Z Liu, G Wang, W Gao
Physical Review Applied 7 (6), 064021, 2017
1142017
Room-temperature coherent manipulation of single-spin qubits in silicon carbide with a high readout contrast
Q Li, JF Wang, FF Yan, JY Zhou, HF Wang, H Liu, LP Guo, X Zhou, A Gali, ...
National Science Review 9 (5), nwab122, 2022
812022
Temperature-dependent energy-level shifts of spin defects in hexagonal boron nitride
W Liu, ZP Li, YZ Yang, S Yu, Y Meng, ZA Wang, ZC Li, NJ Guo, FF Yan, ...
ACS Photonics 8 (7), 1889-1895, 2021
812021
On-demand generation of single silicon vacancy defects in silicon carbide
JF Wang, Q Li, FF Yan, H Liu, GP Guo, WP Zhang, X Zhou, LP Guo, ...
Acs Photonics 6 (7), 1736-1743, 2019
782019
Generation of spin defects by ion implantation in hexagonal boron nitride
NJ Guo, W Liu, ZP Li, YZ Yang, S Yu, Y Meng, ZA Wang, XD Zeng, FF Yan, ...
ACS omega 7 (2), 1733-1739, 2022
762022
Scalable fabrication of single silicon vacancy defect arrays in silicon carbide using focused ion beam
J Wang, X Zhang, Y Zhou, K Li, Z Wang, P Peddibhotla, F Liu, ...
Acs Photonics 4 (5), 1054-1059, 2017
732017
Fiber-integrated diamond-based magnetometer
X Liu, J Cui, F Sun, X Song, F Feng, J Wang, W Zhu, L Lou, G Wang
Applied Physics Letters 103 (14), 2013
672013
Self-protected thermometry with infrared photons and defect spins in silicon carbide
Y Zhou, J Wang, X Zhang, K Li, J Cai, W Gao
Physical Review Applied 8 (4), 044015, 2017
582017
Coherent control of defect spins in silicon carbide above 550 K
FF Yan, JF Wang, Q Li, ZD Cheng, JM Cui, WZ Liu, JS Xu, CF Li, GC Guo
Physical Review Applied 10 (4), 044042, 2018
542018
Coherent control of an ultrabright single spin in hexagonal boron nitride at room temperature
NJ Guo, S Li, W Liu, YZ Yang, XD Zeng, S Yu, Y Meng, ZP Li, ZA Wang, ...
Nature Communications 14 (1), 2893, 2023
492023
Experimental simulation of anti-parity-time symmetric Lorentz dynamics
Q Li, CJ Zhang, ZD Cheng, WZ Liu, JF Wang, FF Yan, ZH Lin, Y Xiao, ...
Optica 6 (1), 67-71, 2019
482019
Coherent dynamics of multi-spin VB- center in hexagonal boron nitride
W Liu, V Ivády, ZP Li, YZ Yang, S Yu, Y Meng, ZA Wang, NJ Guo, FF Yan, ...
Nature communications 13 (1), 1-8, 2022
462022
Coherence times of precise depth controlled NV centers in diamond
J Wang, W Zhang, J Zhang, J You, Y Li, G Guo, F Feng, X Song, L Lou, ...
Nanoscale 8 (10), 5780-5785, 2016
452016
Experimental optical properties of single nitrogen vacancy centers in silicon carbide at room temperature
JF Wang, ZH Liu, FF Yan, Q Li, XG Yang, L Guo, X Zhou, W Huang, JS Xu, ...
Acs Photonics 7 (7), 1611-1616, 2020
352020
Energy transfer from a single nitrogen-vacancy center in nanodiamond to a graphene monolayer
X Liu, G Wang, X Song, F Feng, W Zhu, L Lou, J Wang, H Wang, P Bao
Applied Physics Letters 101 (23), 2012
352012
Magnetic detection under high pressures using designed silicon vacancy centres in silicon carbide
JF Wang, L Liu, XD Liu, Q Li, JM Cui, DF Zhou, JY Zhou, Y Wei, HA Xu, ...
Nature Materials 22 (4), 489-494, 2023
342023
Generation of nitrogen-vacancy color center in nanodiamonds by high temperature annealing
X Song, G Wang, X Liu, F Feng, J Wang, L Lou, W Zhu
Applied Physics Letters 102 (13), 2013
322013
The system can't perform the operation now. Try again later.
Articles 1–20