A four box diagram from the paper, showing photoluminescence enhancement of monolayer Mie voids.

How can tiny air pockets boost light-matter interactions? 💡🔬

Researchers show that nanoscale “Mie voids” can enhance light emission in van der Waals materials. This opens new possibilities for sensing, imaging, and next‑gen photonic devices.

#AdvancedPhotonics article: https://bit.ly/4tFSlsE

Achieve professional optical characterization with Integrating Sphere Insights.Designed for full-spectrum analysis, high accuracy and robust design, ideal for cutting-edge photonics applications.
#JingyiOptoelectronics #SpectralAnalysis #OpticalCharacterization #AdvancedPhotonics #LabEquipment

Hyperspectral image of Butterflies.

Can a full spectrometer fit on a chip?

This AI‑powered, #photon‑trapping #spectrometer uses just a few silicon detectors to capture detailed visible-NIR spectra.

The result? Portable, low‑light sensing for health, environment, + beyond. 💡

Read more in #AdvancedPhotonics: https://bit.ly/401Hxrv

Scientific illustration of the characterization of the water-soluble nanocomposite.

Can labels help protect products and the planet? 🌱

Water‑soluble metasurface labels change color with humidity, reveal tampering, & dissolve to reduce waste. This eco‑friendly design supports sustainable packaging and product trust!

Read the #AdvancedPhotonics article: https://bit.ly/4rMaCDv

Six scientific charts showing the Wigner function of the noisy state.

Can we model quantum experiments as they really happen? ⚛️

New algorithms simulate quantum optical circuits with loss and imperfect photons (common lab challenges).

This helps validate experiments and design more reliable quantum states. Read the #AdvancedPhotonics article: https://bit.ly/4anXT3A

Schematic representation of the process for building and testing optical fiber-based biosensors.

A decade of innovation in optical‑fiber biosensing 🔬

A new #AdvancedPhotonics review highlights major advances in light–matter interaction, sensitivity, and real‑world applications—from diagnostics to environmental monitoring.

📖 Read the full article here: https://bit.ly/3NKfJoA

The newest #AdvancedPhotonics cover highlights the ideas shaping the future of optical science. 📖 The Volume 7, Issue 6 feature dives into the research behind the image selected and the innovations pushing photonics forward. Read more: https://bit.ly/4qh6bQ1

Two people in suits stand by a purple banner reading "Advanced Photonics."

The 2026 SPIE Directors’ Award: Anatoly Zayats and Xiao-Cong Yuan.

For exceptional leadership in founding the high-impact journal #AdvancedPhotonics as co-editor-in-chiefs! @kingscollegelondon.bsky.social

spie.org/news/anatoly...

Promotional image for the "Advanced Photonics Young Innovator Award" by SPIE and Chinese Laser Press.

We're excited to announce the recipients of the 2025 #AdvancedPhotonics Young Innovator Award! Presented with Chinese Laser Press, the award recognizes exceptional early-career researchers advancing #optics and #photonics.💡

See the winning papers of the seven recipeints here: https://bit.ly/4jcg6E6

🤝 Quantum meets photonics: Researchers explore photonic quantum CNNs with adaptive state injection—using light for faster, scalable, and energy-efficient AI. Read the full #AdvancedPhotonics article here: https://bit.ly/4rBSc8S

Diagram showcasing quantum technologies featuring quantum communication, quantum computation, and quantum measurement and sensing.

Researchers from Shanxi University introduce recent progress on integrated
continuous-variable #quantum light sources, including single-mode squeezed states, two-mode squeezed states, and multimode entangled states. ⚛️

#JustPublished in #AdvancedPhotonics: https://bit.ly/443fQkr

Cover of Advanced Photonics journal, featuring a stylized image of a photonic circuit.

🌈 Light can reveal hidden details in materials!

The cover of #AdvancedPhotonics Vol. 7 Iss. 5 features a schematic of a system that performs convolution operations using optical components—laser light and microscopic lenses—integrated directly onto a silicon chip.

Read more: https://bit.ly/3Y3cIkZ

“Dissipative coupling” redefined: a new framework predicts behaviors like zero-coupling between close cavities using quasinormal modes.

It’s a leap beyond classical models—ideal for designing next-gen photonic & #quantum systems. Read the full #AdvancedPhotonics article: https://bit.ly/4oUS8P7

Flowchart illustrating various nanophotonic phenomena driven by vector beams, including Magnetic Dipole Excitation, Optical Magnetism, Magnetic Nearfield Map, Mode-specific Coupling, Optical Anapoles, Third-Harmonic Generation, Unidirectional Scattering, and Dark Mode.

Vector beams bend light in unusual ways—revealing hidden effects at the nanoscale. Researchers at @illinoisstateu.bsky.social are using cylindrical vector beams, which twist electric & magnetic fields across the beam, unlike regular light.

Read more: https://bit.ly/3LwNpom 💡 #AdvancedPhotonics

Diagram comparing traditional LITES and calibration-free LITES methods.

A calibration-free method now enables precise gas & temperature sensing using light & quartz. No recalibration needed!

With low error rates & strong stability, it’s a promising step toward smarter environmental 7 industrial monitoring. Read the #AdvancedPhotonics article: https://bit.ly/4n6Hrb9

Illustration of optical and MIMO processing techniques with diagrams comparing strongly and weakly coupled SDM channels, and dense and sparse MIMO slices.

Optical computing meets spatiotemporal signal recovery! New research shows how light-based processors can reconstruct complex patterns with speed and precision.

Read the full #AdvancedPhotonics article here: https://bit.ly/4omXP8p

Electrically tunable metasurface unlocks real-time THz holography Researchers demonstrate a stable, low-power platform for fast THz optical encryption

Researchers from the Univ. of Shanghai for Science and Technology and City Univ. of Hong Kong have developed an electrically tunable metasurface that enables real-time terahertz (THz) holographs.

Read the full SPIE News article and findings: https://bit.ly/4n37nUS

#AdvancedPhotonics

Synthetic magnetic fields steer light on a chip for faster communications Designed to flexibly route and split light on a chip, synthetic magnetic fields in silicon photonic crystals demonstrate high-speed data transmission, opening new possibilities for optical communicati

Synthetic magnetic fields are now steering light on a chip. No magnets required! ❌🧲

Researchers from Shanghai Jiao Tong University & Sun Yat-Sen University say this could speed up optical communications. 💡

Read the full SPIE News article here: https://bit.ly/3VYabHN

#AdvancedPhotonics

New light-based chip boosts power efficiency of AI tasks 100 fold Researchers have developed a silicon chip that uses light with electricity to perform convolution operations for AI, dramatically reducing energy use and increasing speed

A new light-based chip developed by researchers at @ufresearch.bsky.social boosts AI power efficiency by 100x! Optical computing could be the key to greener, faster machine learning. 💡

Read the #AdvancedPhotonics article summary here: https://bit.ly/41JPYJ6

Rethinking the photon: New study reframes quantum light using first quantization Framework reveals a direct link between classical electromagnetism and quantum photon behavior, highlighting the “quantum diversity” of photons

What is a photon, really? 😬

A new study applies first quantization to light and bridges classical optics and quantum mechanics. This framework, published in #AdvancedPhotonics, reveals the "quantum diversity" of photons.

🔗 Read the full story here: https://bit.ly/4plHKBd

Ultrathin metasurface enables high-efficiency vectorial holography A newly developed ultrathin metasurface platform enables compact devices to generate complex images with spatially varying polarization, facilitating on-chip photonics applications such as optical enc

Researchers from The Hong Kong University of Science and Technology and the University of Hong Kong have developed an ultrathin metasurface that enables high-efficiency vectorial holography, unlocking compact, on-chip photonic devices for optical encryption & anticounterfeiting. #AdvancedPhotonics

Researchers boost performance of perovskite lasers by suppressing energy-draining process New processing method suppresses Auger recombination in perovskite films, enabling record-setting quasi-continuous-wave laser performance

Researchers at Zhejiang University have achieved record-setting quasi-continuous-wave laser performance in perovskite lasers by suppressing Auger recombination—paving the way for efficient, chip-ready photonic devices. 📡

#AdvancedPhotonics

Light-emitting bioactive bandages may revolutionize care for chronic diabetic wounds. 🩹 Flexible fabric infused with cyanobacteria provides sustained oxygen to accelerate healing.

#OpenAccess in #APNexus: www.spiedigitallibra...

#AdvancedPhotonics

A new high-resolution metalens doublet #microscope, developed by a research team from Nanjing University, enables compact, wide-field #biomedical imaging and paves the way for portable, high-performance diagnostic tools.

Read the summary: spie.org/news/high-r...

#AdvancedPhotonics 💡⚛️

Reconstructed images of an outdoor scene with a house, trees, and a metallic bar.

📸 Instant natural-light motion-picture #holography for full-color 4D (3D + time) imaging & portable camera.

💡 Read the report #OpenAccess in #APNexus: www.spiedigitallibra...

#AdvancedPhotonics

Figure depicting a high-energy photon radiation source based on a microwave dielectric undulator.

Researchers developed a chip-scale undulator where electromagnetic excitations phase-lock with dielectric nanostructures to create subwavelength near-field confinement. 💡

Learn more: www.spiedigitallibra...

#AdvancedPhotonics #APNexus

A figure depicting artificial intelligence applied in various fields of full-color display.

Thanks to AI, full-color display technologies are evolving rapidly!

🔑 4 key areas of AI application in full-color display:

1️⃣ Epitaxial structure design
2️⃣ Defect detection & repair
3️⃣ Perovskite synthesis
4️⃣ Dynamic dimming

#APNexus review: www.spiedigitallibra...

#AdvancedPhotonics

Cover of Advanced Photonics Nexus.

Adaptable label-free histopathology with holographic microscopy - #OnTheCover #APNexus: www.spiedigitallibra...

#DeepLearning #AdvancedPhotonics

Schematic diagram of the photonics-assisted concurrent radar detection and spectrum-sensing prototype.

A new microwave #photonics system performs concurrent radar detection + spectrum sensing up to 40 GHz.

Learn more: www.spiedigitallibra...

#APNexus #AdvancedPhotonics

Researchers developed a compact, solid-state laser system that generates 193-nm coherent light, promising significant advancements in #semiconductor lithography and other high-tech applications. 💡

Learn more in #APNexus - spie.org/news/breakt...

#AdvancedPhotonics