Designing light: how optical filters shape SWIR imaging

Optical filters are the silent heroes of imaging systems. In SWIR applications, they determine what wavelengths are captured, how precise the data is, and how well sensors perform in real-world conditions.

👉 And yes — we’ll dive into this topic at the HortiQD Industry Workshop!
🗓️ 26 November – online 🔗 https://www.hortiqd-project.eu/hortiqd-industry-workshop/

#OpticalFilters #SWIR #Photonics #QuantumDots #HortiQD #IndustryWorkshop

HortiQD Project - HortiQD Industry Workshop

The event will foster open dialogue between consortium partners and end-users, with the goal of collecting valuable feedback. Click here >>

HortiQD Project
Shortwave infrared (#SWIR) #imaging is no longer just for well-funded labs. It is becoming a practical, high-performance tool for clinical and field applications. Recent advancements in detectors, light sources, and optical filters are enabling surgical imaging, drug delivery, non-invasive #diagnostics. Learn more: https://ilphotonics.com/advancements-in-swir-technology-drive-medical-imaging/
Advancements in SWIR Technology Drive Medical Imaging | IL Photonics

Advancements in SWIR technology drive medical imaging for surgery, drug delivery, non-invasive diagnostics, etc.

IL Photonics
3D Photos of Solar Wind Will Reveal More About What We See As Auroras

The goal of the mission is to examine how solar corona transitions into solar wind, which is what is visible as auroras on Earth.

PetaPixel
And because their institutions are in the fediverse, I will especially mention two of our invited speakers:
- Dr. Oliver Bruns from National Center for Tumor Deseases NCT Dresden and Deutsches Krebsforschungszentrum
- Dr. Wilhelm Palm, also Deutsches Krebsforschungszentrum
@HelmholtzImaging @DKFZ
#oncology #bioimaging #NIR #SWIR #metabolism
Why are some food inspections moving beyond visible light? Shortwave infrared (#SWIR) technology allows machine vision systems to see what the human eye and even traditional cameras can’t. SWIR cameras, combined with sputter-coated filters, help identify subtle defects related to #FoodSupply, such as bruises in produce, imperfections in packaging, and even bone and tissue composition in meat. Learn more: https://ilphotonics.com/how-swir-technology-determines-food-quality/
How SWIR Technology Determines Food Quality | IL Photonics

Why are some food inspections moving beyond visible light? Shortwave infrared (SWIR) technology allows machine vision systems to see what the human eye—and even traditional cameras—can’t. SWIR cameras, combined with Chroma‘s sputter-coated filters, help identify subtle defects such as bruises in produce, imperfections in packaging, and even bone and tissue composition in meat. This precision […]

IL Photonics

Oliver Bruns & EllenSletten received the Helmholtz High Impact Award 2024 for their work in #SWIR #imaging.

We interviewed Oliver Bruns about his research, future applications & advice for young scientists 👉 https://bit.ly/3Yzh437

@association @HZDR #imagingscience

HI Project BENIGN Co-Lead Oliver Bruns Awarded for Advancing Medical Imaging – helmholtz-imaging.de

Hey #ASTER Community. I need your help.
Maybe I found an issue in the L1T data or I'm stupid😄

For each sensor #VNIR, #SWIR, #TIR, there are the same tie-points. In the specification it is said that the reference point is the centre of the first raster pixel (0.5,0.5). But this can't be for all the sensors. because the pixel size is different. For SWIR it would need to be (0.25,0.25) and for TIR (0.083,0.083).

#satellite #remotesensing @NASA

Satellite imagery may provide a missing puzzle piece in Easter Island saga

New research using satellite imagery and machine learning offers a fresh clue in the mystery of what happened to the original settlers of Easter Island.

CNN

Next generation of SWIR emitting probes for bioimaging:
Together with the Institute for Advanced Biosciences (IAB), Grenoble, France we develop new contrast agents for short-wave infrared imaging for the visualization + optical imaging of tissue structures in the body.
Read more 👉 https://www.bam.de/Content/EN/Projects/SIREN/SIREN.html

#SWIR #Bioimaging #Biophotonics #Biosciences

Projekte - SIREN – Development of the next generation of SWIR emitting probes for bioimaging

In the German French research project SIREN, new contrast agents for short-wave infrared imaging (SWIR) are developed for the visualization and optical imaging of tissue structures in the body. The focus is on inorganic nanomaterials such as gold nanoclusters and semiconductor quantum dots.