Can we pinpoint different colors of infrared light in 3D spaces? 🌈🔦 Researchers localize IR light by wavelength inside a 3D chirped woodpile, showing new ways to control light for sensing, imaging, and #photonic devices. Read the full #APNexus article here: https://bit.ly/3ZXhd1t

How can doctors see inside the body with a hair‑thin fiber? 🔬🧵 Researchers demonstrate a portable, flexible micro‑endoscopy system using a multimode fiber that works even when bent, pointing to smaller, less invasive medical imaging tools. Read the #APNexus article here: https://bit.ly/3OuEHsu

Can sound guide light through tissue? 🔊💡 Focused ultrasound creates temporary “light paths” that boost contrast + sharpness in optoacoustic imaging. This technique enables clearer, deeper views. No added contrast agents needed. 😎 Read the full #APNexus article: https://bit.ly/4tCMWml

Light’s polarization isn’t just theory—it shapes how we study optics. 💡 Researchers from @ox.ac.uk introduce elliptical vectorial metrics, making analysis for physically plausible polarization more useful for advancing photonics. Read the full #APNexus article here: https://bit.ly/3M888zp

☀️ Scientists demonstrate a silicon nitride photonics-based imaging system that can perform one-dimensional interferometric imaging around the 1550-nm wavelength. This could improve solar research and space weather predictions. Read the full #APNexus story here: https://bit.ly/4p6pniY

Ever wondered how scientists see inside tiny, complex structures without breaking them? 🩻 Using X-ray micro-CT, researchers create 3D views of chaotic microcavities. Read the #APNexus article here: https://bit.ly/48IxEUu

Researchers developed an index-adapting method to strip stray light from high-power thulium fiber lasers. The result? Cooler, more efficient systems for demanding applications like manufacturing and medical tech. 👉 Read the full #APNexus story: https://bit.ly/49mrkCW

⚡️Trading at the speed of light? Meet OFE² — a breakthrough in optical computing. Read the full #APNexus cover story here: https://bit.ly/48dZkjL.

Can a transformer model make metasurface design faster and more precise? GLSaT does just that, capturing global and local spectral features to boost accuracy by 32.9% and streamline inverse design for optical filters. 🔍 Read the full #APNexus article here: https://bit.ly/4heNol0

A new RGB multiplexer using thin-film lithium niobate could revolutionize laser beam scanning, making it faster, more energy-efficient, and perfect for compact tech. 🔗 Read how researchers at TDK Corp. are pushing integrated #photonics forward: spie.org/news/tfln-b... #APNexus