Chinese Journal of Quantum Electronics, sponsored by the Basic Optics Branch of the Chinese Optics Society and Hefei Institute of Physical Science, Chinese Academy of Sciences, mainly publishes innovative research results in the field of quantum electronics, i.e., the generation, propagation, detection, and application of coherent electromagnetic radiation with wavelengths shorter than 1mm. The journal is included in Chinese Core Journals (Physics), Scientific Abstracts (SA), Chemical Abstracts (CA), Abstracts Journal (AJ, Russian), Chinese Science Citation Database (CSCD), etc.
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- Chinese Journal of Quantum Electronics
- (Note: draft number + name)
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2026, Vol.43 No.1 Published:28 January 2026
| 2025, Vol. 42 | No.6 | No.5 | No.4 | No.3 | No.2 | No.1 |
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| 2024, Vol. 41 | No.6 | No.5 | No.4 | No.3 | No.2 | No.1 |
| 2023, Vol. 40 | No.6 | No.5 | No.4 | No.3 | No.2 | No.1 |
| 2022, Vol. 39 | No.6 | No.5 | No.4 | No.3 | No.2 | No.1 |
| 2021, Vol. 38 | No.6 | No.5 | No.4 | No.3 | No.2 | No.1 |
| 2020, Vol. 37 | No.6 | No.5 | No.4 | No.3 | No.2 | No.1 |
| 2019, Vol. 36 | No.6 | No.5 | No.4 | No.3 | No.2 | No.1 |
| 2018, Vol. 35 | No.6 | No.5 | No.4 | No.2 | No.3 | No.1 |
| 2017, Vol. 34 | No.6 | No.5 | No.4 | No.3 | No.2 | No.1 |
| 2016, Vol. 33 | No.6 | No.5 | No.4 | No.3 | No.2 | No.1 |
| 2015, Vol. 32 | No.6 | No.5 | No.4 | No.3 | No.2 | No.1 |
| 2014, Vol. 31 | No.6 | No.5 | No.4 | No.3 | No.2 | No.1 |
| 2013, Vol. 30 | No.6 | No.5 | No.4 | No.3 | No.2 | No.1 |
| 2012, Vol. 29 | No.6 | No.5 | No.4 | No.3 | No.2 | No.1 |
| 2011, Vol. 28 | No.6 | No.5 | No.4 | No.3 | No.2 | No.1 |
| 2010, Vol. 27 | No.6 | No.5 | No.4 | No.3 | No.2 | No.1 |
| Application and frontier trend of infrared-terahertz photoelectric detector |
Abstract
（812）
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（24399KB）（1982）
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| Review of instrumentation development of laser⁃induced breakdown spectroscopy (Invited, Cover Paper) |
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Abstract
（940）
PDF
（13114KB）（1471）
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| Research progress on terahertz imaging technology based on semiconductor photonics devices |
|
Abstract
（801）
PDF
（253KB）（1277）
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| Research progress of distributed quantum computing |
|
Abstract
（930）
PDF
（12308KB）（1275）
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| Design of an integrated vibration detection module based on diamond NV color centers |
|
Abstract
（433）
PDF
（1331KB）（1158）
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| Research progress in phase transition of vanadium dioxide films driven by ultrafast optical field |
|
Abstract
（656）
PDF
（17470KB）（1068）
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| Research progress of dual⁃wavelength mode⁃locked fiber laser |
|
Abstract
（483）
PDF
（2195KB）（916）
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| Terahertz quantum communication (Invited, Cover Paper) |
|
Abstract
（1251）
PDF
（5289KB）（901）
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| Synthesis and purification of novel infrared nonlinear BaGa4Se7 polycrystalline |
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Abstract
（1112）
PDF
（4554KB）（837）
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| Research progress of THz-ATR technology for detecting biomedical samples |
|
Abstract
（479）
PDF
（2549KB）（808）
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| Research progress of tunable terahertz metamaterial absorbers |
|
Abstract
（701）
PDF
（2020KB）（775）
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| Influence of fruit charcoal combustion on air composition based on laser⁃induced breakdown spectroscopy |
|
Abstract
（714）
PDF
（2460KB）（765）
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| Research Progress of Photonics-Assisted Terahertz Communications |
|
Abstract
（550）
PDF
（7089KB）（749）
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| Research progress and applications of fluoride magneto⁃optical crystals |
|
Abstract
（410）
PDF
（3418KB）（738）
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| Atomic‑antenna‑based quantum precision measurement of low‑frequency electric fields and applications |
|
Abstract
（900）
PDF
（16034KB）（730）
|
| A method to solve lack of paired data in neutron computed tomography for deep learning by using photon images |
|
Abstract
（342）
PDF
（9199KB）（705）
|
| Characteristics of terahertz wave generated from liquids |
|
Abstract
（441）
PDF
（28213KB）（686）
|
| Quantum convolutional neural network based on particle swarm optimization algorithm |
|
Abstract
（369）
PDF
（1600KB）（681）
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| Terahertz planar toroidal dipole metamaterial sensor for detecting gutter oil |
|
Abstract
（451）
PDF
（989KB）（676）
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| Transmission characteristics of terahertz waves in a hypersonic target plasma sheath |
|
Abstract
（605）
PDF
（2923KB）（663）
|
| Band calculation and spectral analysis of diamond crystal |
|
Abstract
（1610）
PDF
（15154KB）（420）
|
| Terahertz quantum communication (Invited, Cover Paper) |
|
Abstract
（1251）
PDF
（5289KB）（901）
|
| Synthesis and purification of novel infrared nonlinear BaGa4Se7 polycrystalline |
|
Abstract
（1112）
PDF
（4554KB）（837）
|
| Review of instrumentation development of laser⁃induced breakdown spectroscopy (Invited, Cover Paper) |
|
Abstract
（940）
PDF
（13114KB）（1471）
|
| Research progress of distributed quantum computing |
|
Abstract
（930）
PDF
（12308KB）（1275）
|
| Atomic‑antenna‑based quantum precision measurement of low‑frequency electric fields and applications |
|
Abstract
（900）
PDF
（16034KB）（730）
|
| Application and frontier trend of infrared-terahertz photoelectric detector |
|
Abstract
（812）
PDF
（24399KB）（1982）
|
| Research progress on terahertz imaging technology based on semiconductor photonics devices |
|
Abstract
（801）
PDF
（253KB）（1277）
|
| A general quantum circuit design method for HHL quantum algorithm |
|
Abstract
（781）
PDF
（1600KB）（407）
|
| Influence of fruit charcoal combustion on air composition based on laser⁃induced breakdown spectroscopy |
|
Abstract
（714）
PDF
（2460KB）（765）
|
| High-accuracy terahertz spectral identification method for concealed dangerous goods |
|
Abstract
（711）
PDF
（1559KB）（553）
|
| Research progress of tunable terahertz metamaterial absorbers |
|
Abstract
（701）
PDF
（2020KB）（775）
|
| Research progress in phase transition of vanadium dioxide films driven by ultrafast optical field |
|
Abstract
（656）
PDF
（17470KB）（1068）
|
| Research progress of terahertz near-field microscopy |
|
Abstract
（640）
PDF
（32941KB）（387）
|
| Transmission characteristics of terahertz waves in a hypersonic target plasma sheath |
|
Abstract
（605）
PDF
（2923KB）（663）
|
| Performance optimization of quantum Otto cycle via deep reinforcement learning |
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Abstract
（590）
PDF
（1598KB）（382）
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| Experimental and theoretical research on all⁃fiber self⁃similar mode⁃locked laser |
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Abstract
（554）
PDF
（5852KB）（409）
|
| Research Progress of Photonics-Assisted Terahertz Communications |
|
Abstract
（550）
PDF
（7089KB）（749）
|
| Quantitative analysis method of Mars LIBS spectral data based on transfer component analysis |
|
Abstract
（550）
PDF
（1339KB）（393）
|
| 340 GHz transceiver link based on Schottky diode monolithic integrated chip |
|
Abstract
（530）
PDF
（1229KB）（388）
|
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Information
-
Chinese Journal of Quantum Electronics
(Bimonthly，Founded in 1984)Governed by: Chinese Academy of Sciences
Sponsored by: The Basic Optics Branch of the Chinese Optics Society; Hefei Institute of Physical Science, Chinese Academy of Sciences.
Published by: Editorial Office of Chinese Journal of Quantum Electronics
Editor-in-Chief: Guo Guangcan
Director: Hu Changjin
Editor: Chen Wenlin, Zuo Ping, Yang Fan
Address: 350 Shushanhu Road Hefei 230031, Anhui, P. R. China
Postal Code: 230031
Tel: 0551-65591564
Fax: 0551-65591539
website: http://lk.hfcas.ac.cn
E-mail: lk@aiofm.ac.cn
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