Fraunhofer IOF’s Post

Scientists have successfully detected the X-ray signature of a single atom for the first time. Using a pioneering technique known as synchrotron X-ray scanning tunneling microscopy (SX-STM), the team was able to identify and characterize individual atoms, opening new possibilities in environmental, medical, and quantum research. #xray

🏆 Leader in the scientific CMOS camera revolution, Hamamatsu Photonics has a camera to fit almost any budget or application. Applications are very diverse including, life science, medical, astronomy, microscopy, semiconductor and food inspection, spectroscopy and more. Last but not least, for imaging with X-rays to NIR, Hamamatsu OEM cameras implement cutting edge scientific CMOS, time delayed integration-CCDs as well as standard and completely custom CCDs and CMOS detectors. Visit our camera website to find answers to your questions. All the info below👇 ✅ Filter the camera features you're looking for with ease: https://lnkd.in/dnF6mJDz ✅ Get answers to camera performance immediately: https://lnkd.in/eQ7Hb7j8 ✅ See application examples of researchers using our cameras here: https://lnkd.in/eX2JKRnY #cameras #OEM #CMOS #optics #photonics #spectroscopy #microscopy #lifescience #semiconductor

From fundamental research to medical applications     Last week, Alessandro Raimondo, CERN knowledge transfer officer, chaired the « digital innovation » panel at the BioTechX congress in Basel, Switzerland.   As part of its activities, CERN is tackling the challenges of collection, storage and processing of ever-larger data sets, an expertise which benefits the medical field. Simulation codes, developed for physics, have become vital when modelling the effects of radiation on living tissues, for instance.   More recently, TRUSTroke, an upcoming #horizoneurope project to which CERN participates, aims to use CERN-born federated learning platforms to detect brain pathologies such as strokes.   Interested in working with us?   Check out our #healthcare activities: https://lnkd.in/ejRG8js7   #artificialintelligence #deeptech #machinelearning

ONLINE WORKSHOP - Registration now open 🔬 Next Generation Expansion Microscopy using Magnify with Yongxin (Leon) Zhao, Associate Professor at Carnegie Mellon University 📆 June 6th (The webinar will be held twice to accommodate our global audience) Register your place here: ⏰ 2pm BST/3pm CEST: https://lnkd.in/eGv25riM ⏰ 2pm CT: https://lnkd.in/eRn3yUYi Discover the future of nanoscale biological imaging. This workshop will cover: 🔹Introduction to Magnify for expansion microscopy 🔹Protocols and how it can be used with various biological specimens 🔹How microMagnify can be used for studying pathogen ultrastructures and pathogen-host interactions #ProteintechEvents #Microscopy

Biophotonics and biosensing: from fundamental research to clinical trials through advances of signal and image processing ... This is the title of the very interesting book I have just received. It was edited by Tatevik Chalyan, Andrea Armani, David Sampson for the SPIE, the international society for optics and photonics and Elsevier joint series Photonic Materials and applications. It is a must to be read book for anyone in the field or who want to know more about the subject. Hurry-up, go and read at https://lnkd.in/dBGpZmJs #biophotonics #biosensing #photonics #SPIE

📗#IINSpublication | Discover "Super-resolution microscopies, technological breakthrough to decipher mitochondrial structure and dynamics" by Rémi Galland (Team Jean-Baptiste Sibarita). 🔬Immerse yourself in the fascinating world of #superresolution microscopies, exploring the latest advances, revolutionary techniques and their transformative impact on our understanding of #mitochondria! 📎https://lnkd.in/eZSxpvcx ✍️Pauline Teixeira, Arnaud Chevrollier CNRS - Centre national de la recherche scientifique / Université de Bordeaux / Bordeaux Neurocampus / MITOVASC - CNRS 6015/INSERM U1083- Université d'Angers

Take part in the long story of CERN's impact on #medtech. Since the 1970s, CERN has pursued medical applications of the technologies stemming from its particle physics research. At that time, knowledge transfer happened – mostly serendipitously – through the initiative of individual researchers, such as Georges Charpak, a detector physicist who invented the #nobelprize-winning particle detector at CERN in 1968.   This novel technology had the ability to record millions of particle tracks per second, opening a new era for particle physics but also for #medicalimaging, where its sensitivity promised to reduce radiation doses during #radiology procedures.   CERN continues to make consistent efforts to maximise the impact of the laboratory’s know-how and technologies on the medical sector. Our technologies and know-how reach the market thanks to partners with an #openinnovation mindset. From established companies to fast-growing startups, you can access our portfolio to innovate your business. Learn more or DM us to discuss collaboration opportunities: https://lnkd.in/eHCSH4Zr 📸 Seen through a lens: Charpak with a multiwire chamber at CERN in 1973. #healthcare #medicine #technology #innovation

Present your new single molecule or time-resolved fluorescence microscopy method. Or demonstrate how you're using cutting-edge fluorescence techniques to answer biological, biophysical, or biomedical questions. PicoQuant is calling for your abstract for the Conference "Single Molecule Spectroscopy and Superresolution Imaging XVIII", which PicoQuant is co-hosting at BiOS, part of SPIE Photonics West 2025. ➡ Submit your abstract until July 17, 2024: https://lnkd.in/ecrU6m82 #spectroscopy #microscopy #fluorescence #imaging SPIE, the international society for optics and photonics

The Focus Issue on Brillouin Light Scattering for Biological and Medical Applications in JPhys Photonics highlights some of the most recent research of the #BioBrillouin community: https://lnkd.in/dwArWb-t