Chinese Laser Press

CLP, Chinese Laser Press, is dedicated to promote the development and prosperity in optics and photonics.

[Chinese Laser Press @CLPoptics]

A team led by Prof. Lihong V. Wang at @CityUHongKong developed DEPANet, using power Doppler as a “vascular blueprint” to recover missing photoacoustic vessel structures while preserving oxygenation information.

Read more in #AdvancedPhotonicsNexus: https://t.co/7cZVXlYUhI

[Chinese Laser Press @CLPoptics]

A joint team from the UESTC and the UFPE reviews recent progress in random fiber lasers, highlighting their statistical physics, nonlinear dynamics, complex physical phenomena, and emerging applications.

Read this cover article in #AdvancedPhotonics: https://t.co/L0MeKzWlvN

[Chinese Laser Press @CLPoptics]

A joint team led by Prof. Xinzhong Li at Henan University of Science and Technology and Prof. Yijie Shen at Nanyang Technological University reports tunable 2D superoscillation moiré superlattices by twist-angle control.

Read more in #AdvancedPhotonics: https://t.co/F42PSh47MP

[Chinese Laser Press @CLPoptics]

📢Call for Papers| Advanced Photonics Nexus
Theme Issue: Layered Magneto-Optoelectronic Materials

We welcome submissions on 2D/layered magnetic materials, magneto-optics, spin–photon interfaces, metasurfaces, vdW heterostructures and device integration.

🗓Deadline: 31 Aug 2026

[Chinese Laser Press @CLPoptics]

Prof. Qian Chen and Prof. Chao Zuo’s team at Nanjing University of Science and Technology reports a high-speed, label-free 3D imaging method that reconstructs live cells from just 11 images.

Read more in #AdvancedPhotonics: https://t.co/DLpn8Pdmkf

[Chinese Laser Press @CLPoptics]

Congratulations to Prof. Xiao-Cong (Larry) Yuan and Prof. Anatoly Zayats on receiving the 2026 SPIE Directors’ Award for their exceptional leadership of #AdvancedPhotonics.

Congratulations to both professors!

[Chinese Laser Press @CLPoptics]

🚀 Structured light for high-dimensional quantum information

Prof. Mehul Malik’s team (@HeriotWattUni) reviews how spatially structured photons enable higher-capacity, more robust quantum communication and processing.

Read more in #AdvancedPhotonics: https://t.co/6rzQIutOlH

[Chinese Laser Press @CLPoptics]

@sjtu1896 @ShandongUni1901 @NUAA_official Explore the full articles in #AdvancedPhotonics:
• SJTU work: https://t.co/IWi8mxDmFy
• SDU work: https://t.co/hdQIVdAtBg
• NUAA work: https://t.co/0hyNQlA8t5

[Chinese Laser Press @CLPoptics]

🚀Nanophotonics advances in Advanced Photonics

• Lu Sun & Yikai Su (@sjtu1896):programmable light flow via pseudomagnetic fields

• Chunxia Li (@ShandongUni1901):oxygen-independent cancer nanotherapy

• Linglong Zhang (@NUAA_official):twist-angle control in 2D heterostructure

[Chinese Laser Press @CLPoptics]

Prof. Guofeng Yang’s team at Jiangnan University has developed a bias-reconfigurable AlScN/GaN ultraviolet photodetector that integrates sensing and computing in a single device.

Read more in #AdvancedPhotonics: https://t.co/0OlHNvobig

[Chinese Laser Press @CLPoptics]

🎉 Celebrating 5 Years of Advanced Photonics Nexus!

Our Co-Editors-in-Chief mark the milestone with a new editorial on the journal’s growth and future directions:

“Advanced Photonics Nexus: Starting at a Sprint, Accelerating Faster”

Read more in https://t.co/TOXRtOZSAU

[Chinese Laser Press @CLPoptics]

Imaging advance by Heberley Tobón Maya: a statistical Compressive Sensing approach for Hadamard single-pixel microscopy cuts measurements while maintaining image quality—boosting efficiency for low-light and advanced optical imaging.

https://t.co/VM8C0zCyjn

[Chinese Laser Press @CLPoptics]

AR imaging breakthrough by Tom Glosemeyer from Technische Universität Dresden: Physics-Informed Neural Networks enables real-time, high-quality reconstruction for see-through cameras—~4000× faster with clearer images, advancing invisible AR cameras.

https://t.co/18p5Zf6r5P

[Chinese Laser Press @CLPoptics]

🚀 Cover Highlight: Photonic Quantum CNNs

Sapienza University of Rome & Sorbonne University researchers demonstrate PQCNN on a linear optical platform, enabling image classification with a novel “quantum pooling” approach.
Read more in #AdvancedPhotonics: https://t.co/xRmhA306A0

[Chinese Laser Press @CLPoptics]

📢 #AdvancedPhotonics welcomes Xiaofeng Li from Soochow University to its Editorial Board.

Prof. Li works on optoelectronic materials and micro/nano optoelectronic devices, including photodetectors and photovoltaics.

We look forward to his contributions to the journal.

[Chinese Laser Press @CLPoptics]

Prof. Xiaolong Su’s team at Shanxi University reviews recent advances in integrated continuous-variable quantum light sources for scalable photonic quantum computing.

Read more in #AdvancedPhotonics: https://t.co/egYitTXwLi

[Chinese Laser Press @CLPoptics]

Prof. Jing Han’s team at Nanjing University of Science and Technology presents a new steady-state NLOS imaging method using ptychography-enhanced correlography for stable reconstruction of complex hidden objects.

Read more in #AdvancedPhotonicsNeuxs: https://t.co/GMzCpc3JxU

[Chinese Laser Press @CLPoptics]

Prof. Jie Liu and Prof. Siyuan Yu’s team at Sun Yat-sen University(@sysu_1924) reviewed the potential of optical computing and optical signal processing for mitigating inter-channel crosstalk in SDM/MDM fiber systems.

Read more in #AdvancedPhotonics: https://t.co/Q0L09tIjXG

[Chinese Laser Press @CLPoptics]

📢 #AdvancedPhotonicsNexus welcomed three new members to its Editorial Board: Prof. Qiuqiang Zhan from South China Normal University, Dr. Sergejs Boroviks from @EPFL , and Prof. Zaijun Chen from @UCBerkeley.

[Chinese Laser Press @CLPoptics]

Check more about SPIE/OPTICA Fellows
https://t.co/aEOeSvNk8q

https://t.co/NnwV6WYSot

[Chinese Laser Press @CLPoptics]

Great News | Congratulations!

We are proud to share that seven (Early-Career) Editorial Board members from #AdvancedPhotonics and #AdvancedPhotonicsNexus have been elected as 2026 SPIE / @OpticaWorldwide Fellows!

Congratulations to all the newly elected Fellows!