Chinese Laser Press

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

🔬 High-speed, label-free 3D imaging of live cells with just 11 imagesA team led by Prof. Qian Chen and Prof. Chao Zuo at...
23/04/2026

🔬 High-speed, label-free 3D imaging of live cells with just 11 images

A team led by Prof. Qian Chen and Prof. Chao Zuo at Nanjing University of Science and Technology, together with collaborators at University of Technology Sydney, reports a new non-interferometric optical diffraction tomography method in Advanced Photonics.

The approach, known as spatiotemporal multiplexed Fourier ptychographic diffraction tomography (STM-FPDT), reconstructs 3D refractive index distributions from only 11 intensity images, achieving ~5 Hz imaging speed with high spatial resolution while suppressing motion artifacts.

This technique enables label-free visualization of subcellular dynamics, including membrane remodeling, vesicle transport, actin filament behavior, mitochondrial fission, and intercellular interactions.

These results provide a powerful new tool for studying complex biological processes in real time with minimal perturbation.

🔗 Read more in : https://www.spiedigitallibrary.org/journals/advanced-photonics/volume-8/issue-02/026003/Spatiotemporal-multiplexed-Fourier-ptychographic-diffraction-tomography-for-high-speed-label/10.1117/1.AP.8.2.026003.full

Congratulations to Prof. Xiao-Cong (Larry) Yuan and Prof. Anatoly Zayats on receiving the 2026 SPIE Directors’ Award.The...
15/04/2026

Congratulations to Prof. Xiao-Cong (Larry) Yuan and Prof. Anatoly Zayats on receiving the 2026 SPIE Directors’ Award.

The award recognizes their leadership and contributions as Co-Editors-in-Chief of . Since 2019, the journal has published influential research and contributed to the development of the field.

Congratulations to both professors!!!

🚀 Structured light for high-dimensional quantum information processingProf. Mehul Malik's team at Heriot-Watt University...
08/04/2026

🚀 Structured light for high-dimensional quantum information processing

Prof. Mehul Malik's team at Heriot-Watt University reviews recent advances in using spatially structured light as a high-dimensional carrier for quantum information.

By exploiting the spatial degrees of freedom of photons, structured light enables enhanced information capacity, improved robustness, and new possibilities for scalable quantum communication and networks.

These developments highlight the growing potential of high-dimensional quantum photonics for next-generation quantum technologies.

🔗 Read more in : https://www.researching.cn/articles/OJ444ac248887d4442?alichlgref=https%3A%2F%2Fwww.clp.ac.cn%2F

🚀 New advances in nanophotonics in Advanced Photonics (Vol. 6, 2025)Recent studies reveal new strategies to control ligh...
31/03/2026

🚀 New advances in nanophotonics in Advanced Photonics (Vol. 6, 2025)
Recent studies reveal new strategies to control light–matter interactions at the nanoscale.

• Prof. Lu Sun and Prof. Yikai Su at Shanghai Jiao Tong University developed programmable control of light flow using pseudomagnetic fields, enabling low-loss routing and precise beam splitting in photonic chips.
🔗Read the Open Access article in : https://www.researching.cn/articles/OJa16ad8ddf70409b7?alichlgref=https%3A%2F%2Fmp.weixin.qq.com%2F

• Prof. Chunxia Li at Shandong University designed a nanoplatform that generates multiple reactive oxygen species for oxygen-independent cancer therapy while activating immune responses.
🔗Read the Open Access article in : https://www.researching.cn/articles/OJ767970a9dffce785

• Prof. Linglong Zhang Nanjing University of Aeronautics & Astronautics demonstrated twist-angle engineering in 2D heterostructures for tunable interlayer coupling and enhanced optoelectronic performance.
🔗Read the Open Access article in : https://www.researching.cn/articles/OJeb166a36c7758124

Together, these works showcase how nanophotonics continues to expand the frontiers of photonic devices, healthcare, and advanced materials.

A research team led by Prof. Guofeng Yang from Jiangnan University reports a bias-reconfigurable AlScN/GaN ultraviolet p...
31/03/2026

A research team led by Prof. Guofeng Yang from Jiangnan University reports a bias-reconfigurable AlScN/GaN ultraviolet photodetector for integrated sensing and computing in .

By tuning the bias voltage, the device can switch between fast UV detection (detectivity up to 9.37×10¹² Jones) and neuromorphic memory behavior based on persistent photoconductivity, enabling both high-speed sensing and synaptic functionalities in a single platform.

This work offers a promising route toward multifunctional photonic devices integrating sensing and computing.

Read the Open Access article in : https://www.researching.cn/articles/OJ749c6fc0fbfc5398?alichlgref=https%3A%2F%2Fwww.google.com%2F

19/03/2026

🎉 Celebrating 5 Years of Advanced Photonics Nexus (APNexus)

We’re pleased to share a new editorial by our Co-Editors-in-Chief — Xiao-Cong (Larry) Yuan, Anatoly Zayats, and Weibiao Chen — marking this milestone:

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

Since its launch, APNexus has achieved:
✨ First Impact Factor of 6.0 (Q1 in optics)
🌍 Submissions from 33 countries (+43% in 2025)
📈 Over 90% of early publications already cited

As an open platform for intelligent photonics, quantum optics, and biophotonics, APNexus continues to grow and innovate.

Read more in : https://www.researching.cn/articles/OJ216d8fb6b3b82f81

Imaging advance by Heberley Tobón Maya at Universitat Jaume I: a statistical Compressive Sensing approach for Hadamard s...
17/03/2026

Imaging advance by Heberley Tobón Maya at Universitat Jaume I: 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.

Learn more in : https://www.researching.cn/articles/OJ3874654fe92fd9bc

AR imaging breakthrough by Tom Glosemeyer from Technische Universität Dresden: Physics-Informed Neural Networks enables ...
17/03/2026

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.

Learn more in : https://www.researching.cn/articles/OJ9ffa9bd7953a5c32

🚀 Cover Highlight | Photonic Quantum Convolutional Neural Networks (PQCNN)A cover article from , Vol. 6 (2025), also fe...
17/03/2026

🚀 Cover Highlight | Photonic Quantum Convolutional Neural Networks (PQCNN)

A cover article from , Vol. 6 (2025), also featured in the special issue “Emerging Trends in Photonic Quantum Computing.”

Researchers from Sapienza Università di Roma, Sorbonne Université and collaborators demonstrated a PQCNN on a linear optical platform, achieving binary classification of 4×4 pixel images. By mapping CNN architectures into photonic quantum systems, the approach leverages quantum effects to reduce complexity and enhance model capability.

With adaptive photon state injection enabling a novel “quantum pooling” strategy, this work highlights the potential of photonic quantum machine learning for high-dimensional data and next-generation quantum devices.

Read the Open Access article: https://www.researching.cn/articles/OJ94b41cb703a2c648

📣 Welcome to the Editorial Board of We are pleased to welcome Xiaofeng Li from 蘇州大學 to the Editorial Board of Prof. L...
10/03/2026

📣 Welcome to the Editorial Board of

We are pleased to welcome Xiaofeng Li from 蘇州大學 to the Editorial Board of

Prof. Li works on advanced optoelectronic materials and micro/nano optoelectronic devices, including high-performance photodetectors, photovoltaic devices, and plasmonic photoelectric conversion. His research has appeared in journals such as Nature Energy, Energy & Environmental Science, Advanced Materials, and Nano Letters.

We look forward to his contributions in advancing the journal’s impact in optoelectronic materials and device research.

A research team led by Prof. Xiaolong Su from 山西大学 reports recent advances in integrated continuous-variable quantum lig...
05/03/2026

A research team led by Prof. Xiaolong Su from 山西大学 reports recent advances in integrated continuous-variable quantum light sources for scalable quantum computing in .

By systematically reviewing on-chip single-mode squeezing, two-mode squeezing, and multimode entangled states across lithium niobate and silicon-based platforms, the work highlights steady progress toward fault-tolerant photonic quantum processors. Reported results include >8 dB single-mode squeezing, >10 dB two-mode squeezing (loss-corrected), and large-scale multimode entanglement generation in integrated microresonators.This review provides a clear roadmap for engineering scalable continuous-variable quantum computing systems.

Read the Open Access article in : https://researching.cn/articles/OJ73c2c68ec719c83

A research team led by Prof. Jing Han from 南京理工大学 reports a new steady-state non-line-of-sight ( ) imaging method in .B...
09/02/2026

A research team led by Prof. Jing Han from 南京理工大学 reports a new steady-state non-line-of-sight ( ) imaging method in .

By introducing ptychographic overlapping measurements into NLOS correlography and combining polarization-resolved speckle imaging, the proposed PEC-NLOS approach significantly improves reconstruction stability and fine-detail fidelity for complex hidden objects, achieving ~0.5 mm resolution under steady-state operation.This work advances practical corner-view vision for robotics, public safety, and industrial inspection.

Read the Open Access article in :
https://www.researching.cn/articles/OJf737538deefce617?alichlgref=https%3A%2F%2Fmp.weixin.qq.com%2F

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