Arnhem Outside the Station

Stepping out of Arnhem Central Station onto the upper level, I was met by a tall office building — its structure bending softly like a wave, mirroring the organic lines of the station itself. Sea-green contours wrapped around dark blue windows, forming a calm visual rhythm that instantly drew me in.

I captured this scene with the Canon 5DsR and Sigma 24–70mm Art, using a polarizing filter — a tool often misunderstood, but scientifically fascinating. Light travels as waves vibrating in all directions, but when it reflects off non-metallic surfaces like glass or water, those waves align into a single plane. A polarizing filter selectively blocks that oriented light, reducing glare, increasing contrast, and deepening color saturation. In this case, it turned an ordinary glass facade into a layered play of tone and texture.

Some photographers avoid polarization for fear of “over-saturation,” but for me, it’s about control — sculpting light rather than altering reality. This image is straight from the camera, no edits needed. Just light, reflection, and the quiet geometry of modern architecture.

#ArnhemCentraal #ArnhemArchitecture #ModernArchitecture #UrbanDesign #ArchitecturalWave #PolarizingFilter #LightPhysics #OpticsInPhotography #Canon5DsR #Sigma2470Art #ArchitecturalDetails #UrbanObservation #ArchitecturalContrast #BuildingDesign #ArchitecturalComposition #DutchArchitecture #ArchitecturalGeometry #GlassAndSteel #ArchitecturalTexture #ReflectionPhotography #ArchitecturalStudy #LightAndShadow #ArchitecturalPhotographyLovers #UrbanGeometry #ArchitecturalPatterns #ArchitecturalScience #ArchitecturalBalance #ArchitecturalPerspective #ArchitecturalExploration #DesignAndStructure #ArchitecturalSymphony #CityArchitecture #ArchitecturalBeauty #ArchitecturalLines #ArchitecturalArt #ArchitecturalInspiration #UrbanSpaces #OpticalScience #ScientificPhotography #ByMaikeldeBakker
📚🔍 Ah, yet another gripping installment of "Lens Design for Dummies," because who knew lenses were so... thrilling? 😂 It's like the author took a magnifying glass to the excitement, and accidentally set it on fire. 🔥🔍
https://www.pencilofrays.com/lens-design-forms/ #LensDesignForDummies #ThrillingReads #TechHumor #OpticalScience #BookReview #HackerNews #ngated
Optical Lens Design Forms: An Ultimate Guide to the types of lens design

This Guide is a birds-eye-view of all the optical systems and lens design forms out there, and will be an essential tool for any lens designer's toolbox.

A Pencil of Rays
Topical issue "Using wavefronts: detection and processing"

#Journals | Journal of the European Optical Society
Rapid Publications "Uncertainty analysis of spectral flux measurement using Monte Carlo simulation"
✍️ YŞenel Yaran et al.
➡️ https://bit.ly/3yQ44Nq

#OpenAccess #ScientificPublication
#MonteCarloSimulation
#OpticalScience #Photonics #AppliedPhysics
#OpenAccessResearch
#ScienceMastodon
@science @academicsunite @academicchatter

Uncertainty analysis of spectral flux measurement using Monte Carlo simulation | Journal of the European Optical Society-Rapid Publications

JEOS-RP: Rapid progress in optics and photonics has broadened its application enormously into many branches, including information and communication technology, ...

Curious about what the human eye looks like under close examination? With a dual-rotating-retarder Mueller polarimeter, Adeline Tai, Quinn Jarecki, and Meredith Kupinski studied 20 human eyes under a diffused near-infrared LED light source (945-955 nm). Check out the full data and cool illustrations at https://doi.org/10.25422/azu.data.24722358 @[email protected] #OpticalScience #LoveData24 #OpenScience
Near-Infrared Human Eye Mueller Matrix Images

Near-infrared Mueller matrix images of 20 human subjects' eyes.Images were taken using a dual-rotating-retarder Mueller polarimeter. The human subjects were illuminated with a diffuse near-infrared LED light source (945-955 nm) where 0.0315 W/m2 was incident on the subject’s face and/or eye. Mueller matrix images were reconstructed from 25 polarimetric measurements taken over the course of approximately 15 seconds. Due to the small, random unconscious movements of the eye, image alignment code was applied in post-processing.For inquiries regarding the contents of this dataset, please contact the Corresponding Author listed in the README.txt file. Administrative inquiries (e.g., removal requests, trouble downloading, etc.) can be directed to [email protected] participants have given consent for sharing all data and images in this dataset. IRB #: IRB00000291

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