NIREOS

Our GEMINI-X can now also be combined with #Hamamatsu cameras! Here you can see it paired with the ORCA-Quest2, the latest generation qCMOS camera. By pairing the GEMINI-X with Hamamatsu Photonics A/S cutting-edge qCMOS technology, we have created a seamless, plug-and-play solution that brings a new level of precision to hyperspectral imaging. Key advantages of this new setup: 🔹High resolution & wide field of view: a large, high-density sensor for capturing fine spatial detail across broad samples. 🔹Plug-and-play integration: a straightforward coupling process that gets you up and running immediately. 🔹Seamless workflow: the system is directly integrated into our HERA acquisition app and our SDK, ensuring complete control and streamlined data acquisition from day one. Curious to know more? Contact us at www.nireos.com! #NIREOS #GEMINI #Spectroscopy #Photonics 

📣 New Research Alert: advancing forensic science with HERA SWIR Can hyperspectral imaging help distinguish bodily fluids from visually similar substances directly on complex substrates? A new study explored the combined use of two complementary HSI cameras and chemometric analysis to detect, visualise, and classify blood, semen, oral fluid, sweat, non-bodily stains, and blood-semen mixtures across nine different substrates. Our #HERA SWIR hyperspectral camera played a key role by providing the chemical fingerprint available in the shortwave-infrared range. While VIS-NIR imaging supported stain visualisation, the #SWIR data delivered the additional spectral information required to confirm stain composition and discriminate complex mixtures. The study highlights the potential of hyperspectral imaging combined with chemometrics as a rapid, non-contact, and non-destructive tool for forensic investigations. Congratulations to Cristina Cano Trujillo and all the authors on this research! 👉 Read the full paper: https://lnkd.in/ezhf92pN #Hyperspectral #Imaging #ForensicScience

📣 New Research Alert: advancing forensic science with HERA SWIR Can hyperspectral imaging help distinguish bodily fluids from visually similar substances directly on complex substrates? A new study explored the combined use of two complementary HSI cameras and chemometric analysis to detect, visualise, and classify blood, semen, oral fluid, sweat, non-bodily stains, and blood-semen mixtures across nine different substrates. Our #HERA SWIR hyperspectral camera played a key role by providing the chemical fingerprint available in the shortwave-infrared range. While VIS-NIR imaging supported stain visualisation, the #SWIR data delivered the additional spectral information required to confirm stain composition and discriminate complex mixtures. The study highlights the potential of hyperspectral imaging combined with chemometrics as a rapid, non-contact, and non-destructive tool for forensic investigations. Congratulations to Cristina Cano Trujillo and all the authors on this research! 👉 Read the full paper: https://lnkd.in/ezhf92pN #Hyperspectral #Imaging #ForensicScience

HORIBA's FiPho high-performance Time-Correlated Single Photon Counting (TCSPC) platform is now fully integrated into our plug-and-play acquisition software for GEMINI and GEMINI-X. Our CTO Antonio Perri worked closely with Patrizio Barbini, Product Specialist at HORIBA Italy, to integrate the systems. Here's a quick look of the two possible configurations: 🔹Macroscopic Setup: GEMINI interferometer can be seamlessly coupled with the FiPho by Horiba and a PPD850 detector. This combination creates a powerful, highly efficient TCSPC setup. Thanks to our latest software update, acquiring comprehensive TRES data from this specific hardware configuration is now a completely plug-and-play experience. 🔹Microscopy Setup: thanks to the exceptional versatility of our technology, the exact same TCSPC setup has been adapted for microscopy. This localized configuration provides an invaluable, high-precision tool tailored specifically for research in material and life science. We are proud to continue developing solutions that simplify complex spectroscopic measurements without compromising on accuracy or performance. Reach out to our team or visit our website to learn more about our #GEMINI interferometer and our updated software ecosystem featuring the #HORIBA system. #Spectroscopy #Photonics #TCSPC

⚛️ What happens when ultrafast photonics meets quantum science? Next week, we will be at New Frontiers in Ultrafast Quantum Optics, the Lake Como School dedicated to the rapidly evolving intersection of ultrafast photonics and quantum optics. The school brings together leading researchers to explore how advances in ultrafast science and quantum technologies are opening new possibilities to probe, measure, and control light-matter interactions on electronic and attosecond timescales. Our Scientific Advisor Giulio Cerullo (Politecnico di Milano), will deliver a lecture during the program: 🗓️ July 30th, 2026 at 17:30 As a company developing cutting-edge instrumentation for spectroscopy and photonics, we are excited to support and engage with the scientific community shaping the future of ultrafast and quantum optics! 📍 New Frontiers in Ultrafast Quantum Optics 🗓️ 27-31 July 2026 📌 Como, Italy 👉 Discover the full program here: https://lnkd.in/dTHyyUWB #NIREOS #QuantumOptics #UltrafastOptics #Photonics 

📣 New Article Alert! How can we uncover the hidden history of medieval manuscripts without touching them? 🧐 A recent paper by Margherita Giugni, Francesco Di Concilio, and Teresa Cacace explores how optical imaging can support the non-invasive study of illuminated manuscripts, from digital enhancement to multispectral and hyperspectral analysis. In the case study on the “Obituario di Santo Spirito” from the Biblioteca Capitolare di Benevento, our #HERA VNIR hyperspectral camera was used to acquire VIS-NIR data directly in situ, helping map pigments, inks, parchment features, and erased text. 👉 Read the full paper: https://lnkd.in/dQ3SFR4R #CulturalHeritage #Photonics #HyperspectralImaging

📣 New Research Alert! How can we monitor electrochemical reactions on hundreds of individual nanoparticles simultaneously, while preserving detailed spectral information? A recent study published in ACS Publications introduces Fourier Transform Wide-Field Electrochemical Hyperspectral Imaging (FT-WEHI), a high-throughput approach for in situ monitoring of dynamic electrochemical processes at the single-nanoparticle level. In this work, our #GEMINI interferometer was used to enable wide-field Fourier transform hyperspectral imaging, allowing the researchers to track the electrodeposition of Pt on hundreds of single Au nanospheres and nanorods simultaneously. This approach provides an optical analog of voltammetry for many nanoparticles at once, generating statistically meaningful datasets that are difficult to obtain with conventional single-particle measurements. Want to know more? Read the full paper here: https://lnkd.in/dPeDw_na #Hyperspectral #Imaging #Photonics

We are proud to see our HERA VNIR hyperspectral camera powering this breakthrough research by the Faculty of Engineering and Science University of Greenwich. Congratulations to the entire research team on this outstanding work! 👏

Yesterday was an exceptional day of insights and high-level scientific discussions for the NIREOS team at the Laserlab-Europe & Lasers4EU Annual & Users Meeting 2026 in Dolní Břežany. Our technical sales engineer Marta Ghirardello presented how our non-invasive spectroscopy technology supports the sustainable preservation of historical artifacts. A special thank you to Sara Mosca for organizing an outstanding session dedicated to Cultural Heritage. Exploring how innovative optical instrumentation can be applied to preserve and analyze historical artifacts provided incredible inspiration and exciting future perspectives for our technology. #NIREOS #Spectroscopy #Photonics #CulturalHeritage #ScientificResearch