(IN BRIEF) Researchers at Delft University of Technology have shown for the first time that nano-antennas can enhance the fluorescence of proteins in living human and other mammalian cells, making voltage-sensitive proteins up to six times brighter and around ten … Read the full press release
Posted in Business, Education, Healthcare, Netherlands, Pharma & Biotech, Science, Technology
Tagged 31 August 2026, advanced materials, Advanced Materials Study Shows Nano-Antennas Can Speed Up Protein Responses, biological experiments, biological measurements, brain signals, Brinks Lab, cell membrane, cellular processes, chemistry, Chien Lab, Daan Brinks, Delft, Delft University of Technology, electrical signals, electrical voltage, Erasmus MC, eye signalling, fluorescence enhancement, fluorescent proteins, genetic engineering, gold nanostar, high-resolution imaging, laser light, learning, Liedewij Laan Lab, living human cells, mammalian cells, Marco Locarno, memory formation, metallic nanoparticles, microscopy, nano-antennas, Nano-Antennas Make Voltage-Sensitive Proteins Six Times Brighter in Living Cells, nanophotonics, nanotechnology, nerve cells, Netherlands, neurological disorders, neurons, Noemi Rosano, plasmonic nano-antennas, protein dynamics, protein fluorescence, protein function, Qiangrui Dong, rapid imaging, simulations, six times brighter, smart nanostructures, substance transport within cells, synapses, ten times faster, TU Delft, TU Delft Breakthrough Could Improve Imaging of Synaptic Brain Signals, TU Delft Reactor Institute, voltage-sensitive proteins, Wiley-VCH GmbH
(IN BRIEF) Researchers at The Institute of Cancer Research, London have developed a new fluorescent genetic reporter that allows scientists to observe activation of the immune sensor cGAS in individual cells, revealing fresh insights into how the body’s anti-cancer immune … Read the full press release
Posted in Education, Healthcare, News, Pharma & Biotech, Science, Technology, United Kingdom
Tagged 27 August 2026, anti-cancer immune response, anti-cancer immunity, biomedical research, cancer cells, Cancer Research UK, Cancer Therapies, cancer treatment strategies, cell biology, cell division, cGAMP, cGAS, chemotherapy, chromosome bridges, chromosome instability, damaged cancer cells, DNA damage, Dr Christian Zierhut, Dr Vivianne Lebrec, fluorescent genetic reporter, genetic reporter, genome stability, Genome Stability and Innate Immunity Group, ICR, ICR Researchers Reveal How Key Anti-Cancer Immune Pathway Is Activated After DNA Damage, immune activation, immune sensor, immune signalling, immune-stimulating effects, individual cells, innate immune pathway, Institute of Cancer Research Study Sheds Light on cGAS Activation After DNA Damage, London, METABOLISM, micronuclei, microscopy, Molecular Biology, Nature Cell Biology, New Genetic Reporter Challenges Assumptions About Cancer Cell Immune Detection, nucleic acid structures, patient outcomes, R-loops, radiotherapy, replication, The Institute of Cancer Research, United Kingdom
(IN BRIEF) Empa researcher Vivek Devulapalli has received a two-year Empa Young Scientist Fellowship for MOSAIC, a research project investigating how nanometre-thin multilayer films made from metal oxides crack, delaminate and deform at the atomic scale. Thin films are essential … Read the full press release
Posted in Awards, Business, Chemicals, Education, Electronics & Machinery, Industrial, Science, Switzerland, Technology
Tagged 4D-STEM, aluminium oxide, amorphous films, Anna Ettlin, atomic scale, batteries, capacitors, composition, cracks, deformation, delamination, density, electronics, Empa, Empa Researcher to Study How Nanometre-Thin Films Crack and Deform, Empa Young Scientist Fellowship, Empa Young Scientist Fellowship Backs Research Into Robust Thin-Film Electronics, four-dimensional scanning transmission electron microscopy, hafnium oxide, in situ straining, independent research project, Laboratory for Mechanics of Materials and Nanostructures, layer thickness, materials science, mechanical properties, metal oxides, microscopy, miniaturisation, monolithic films, MOSAIC, MOSAIC Project to Examine Nanoscale Mechanics in Metal Oxide Films, multilayer systems, multilayer thin films, nanomechanics, nanometre-scale films, nanoscale mechanics, nanostructures, New Empa Project Targets Mechanical Reliability of Thin-Film Technologies, oxide thin films, plasticity, postdoctoral research, scanning transmission electron microscope, screens, semiconductors, Sensors, silicon oxide, single-layer films, STEM, Switzerland, technology reliability, thin films, Thun, Transistors, Vivek Devulapalli
(IN BRIEF) Physicists at the University of Twente, in collaboration with Utrecht University, the Brazilian Center for Research in Physics and Japan’s National Institute for Materials Science, have shown for the first time where a nanoscale moiré pattern can trap … Read the full press release
Posted in Business, Education, Electronics & Machinery, Government, Netherlands, Science, Technology
Tagged atomically sharp needle, boron nitride crystals, Brazil, Brazilian Center for Research in Physics, CBPF, DOI 10.1038/s41567-026-03425-x, Dutch Gravitation research programme, electricity, ERC grant, excitons, Japan, Kees Wesselink-Schram, Laurens Westenberg, light absorption, light energy, Materials for the Quantum Age, MESA+ Institute for Nanotechnology, microscopy, moiré pattern, moiré-confined excitons, molybdenum disulphide, nanometre precision, nanopattern, nanoscale pattern, National Institute for Materials Science, Nature Physics, Netherlands, New Nature Physics Study Shows How Nanopatterns Confine Excitons, NIMS, nine nanometres, NWO Vidi grant, optical measurements, optical sensors, Pantelis Bampoulis, quantum materials, QuMat, real-space imaging, Researchers Use Moiré Patterns to Trap Light Energy in Ultrathin Semiconductors, room temperature, semiconductor layers, twisted bilayer MoS2, two nanometres, two-degree rotation, ultrasmall light sources, ultrathin semiconductor, University of Twente, University of Twente Study Maps Light-Trapping Excitons at Room Temperature, Utrecht University
(IN BRIEF) ZEISS Planetariums has received international recognition for “ZEISS – Into the Infinite,” an eight-minute fulldome and VR experience developed with Munich-based creative agency visuarte. The immersive show won multiple honours at the WorldMediaFestivals 2026 in Berlin, including the … Read the full press release
Posted in Art & Culture, Artificial Intelligence (AI), Awards, Business, Entertainment, Germany, Internet & Online, Media, Science, Technology
Tagged 360-degree imagery, 3D models, 8K resolution, Ansgar Seelen, artificial intelligence, ATMOsphere, audience award, augmented reality, Berlin, cells, computer-generated worlds, Corporate Communications, Corporate Communications category, corporate media, cosmos, dome projection, Earth, Explore ZEISS, Florian Rothenberger, fulldome experience, Fulldome Festival Brno, Fulldome Festival Fukuoka, galaxies, Germany, hybrid projection technology, immersive brand experience, immersive storytelling, intermedia-globe Gold Award, intermedia-globe Grand Award, Into the Infinite, Jena, Long Night of Science in Jena, Melanie Müller-Ittstein, microorganisms, microscopy, Modern planetarium experience, Moon, Moon Camera, Munich, neural networks, OBERKOCHEN, Oceans, photography, planetarium technology, science communication, scientific visualisation, semiconductor technology, spatial sound, visuarte, VR experience, WorldMediaAwards, WorldMediaFestivals 2026, ZEISS, ZEISS and visuarte Receive Global Recognition for Immersive Fulldome Experience, ZEISS Museum of Optics, ZEISS Planetariums, ZEISS Planetariums Show “Into the Infinite” Wins International Awards, ZEISS – Into the Infinite, Zeiss-Planetarium Jena, “Seeing Beyond”, “ZEISS – Into the Infinite” Honoured at WorldMediaFestivals 2026 in Berlin
(IN BRIEF) Amolf researcher Megan Farrell has received the Off Road grant from ZonMW to study how the immune system’s inhibitory receptors act as brakes to prevent autoimmune responses. Using cutting-edge microscopy, she will track these receptors in real time … Read the full press release
Posted in Awards, Business, Financial, Healthcare, Industrial, Investment, Management, Marketing, Netherlands, News, Science, Technology
Tagged AMOLF, autoimmune diseases, Awards, cellular signaling, immune system, immunology research, inflammatory diseases, inhibitory receptors, Kristina Ganzinger, leadership, Megan Farrell, microscopy, Molecular Biology, nanoscale research, Off Road grant, Physics of Cellular Interaction Group, ZonMw
IN BRIEF) TUM will launch the Center for Structural and Functional Connectomics (CSFC) on its Garching campus—a €69 million initiative approved by the GWK—to comprehensively map neural networks and accelerate research into multiple sclerosis, neuro-oncology, and developmental neurological disorders. Spanning … Read the full press release
Posted in Artificial Intelligence (AI), Business, Education, Financial, Germany, Government, Healthcare, Industrial, Investment, Management, Marketing, News, Science, Technology
Tagged AI-supported imaging, Center for Structural and Functional Connectomics, computational modeling, connectomics, CSFC, developmental neurological disorders, DZNE, DZPG, electron microscopy, Garching campus, GWK funding, Helmholtz Munich, light microscopy, Max Planck Society, microscopy, multiple sclerosis, Munich Institute of Biomedical Engineering, neuro-oncology, neuronal connections, Prof. Franz Pfeiffer, Prof. Julijana Gjorgjieva, Prof. Thomas Misgeld, SyNergy Cluster of Excellence, TUM, X-ray microscopy, €69 million
(IN BRIEF) ZEISS has launched the Axioscan 7 spatial biology, a high-performance slide scanner designed for clinical research applications in spatial biology. The system supports high-throughput, automated imaging for multiplex immunofluorescence (mIF) assays, providing researchers with faster, more efficient, and … Read the full press release
Posted in Business, Electronics & Machinery, Financial, Germany, Healthcare, Industrial, Investment, Management, News, Science, Technology
Tagged AI-powered image analysis, automated scanning, Axioscan 7, biomarker discovery, clinical research, Dr. Michael Albiez, drug development, fluorescence imaging, high-performance slide scanner, high-throughput, LIMS, microscopy, MIF, multiplex immunofluorescence, research automation, spatial biology, translational research, Ultivue, ZEISS
(IN BRIEF) A team of scientists, led by Dr. Matthew Davey of SAMS, has discovered an expansive ecosystem on the Robert Island ice cap in Antarctica, dominated by photosynthetic algae. This ecosystem, which covers up to 20% of the mapped … Read the full press release
Posted in Education, Environment, News, Science, Technology, United Kingdom
Tagged Antarctic Peninsula, Antarctica, British Antarctic Survey, CCAP, climate models, DNA analysis, Dr. Alex Thomson, Dr. Andrew Gray, Dr. Matthew Davey, ecosystem, endemic, glacial melt, glacier algae, ice cap, Instituto Antártico Chileno, microscopy, Naomi Thomas, Nature Communications, new species, Norwegian Institute for Nature Research, photosynthetic algae, Robert Island, RRS Sir David Attenborough, SAMS, snow algae, UHI, UKRI NERC, University of Cambridge, University of Edinburgh
(PRESS RELEASE) OBERKOCHEN, 25-Jan-2021 — /EuropaWire/ — ZEISS announces the launch of a new innovative digital microscope ZEISS Visioner 1. Thanks to its Micro-mirror Array Lens System (MALS™), ZEISS Visioner 1, for the first time enables all-in-one focus in real time. … Read the full press release
(PRESS RELEASE) OBERKOCHEN, 31-Aug-2020 — /EuropaWire/ — ZEISS, the German optical systems and optoelectronics manufacturer, has announced the introduction of a new Advanced Reconstruction Toolbox, essentially a powerful workstation in combination with ZEISS OptiRecon and ZEISS DeepRecon, to its industry-leading … Read the full press release
Posted in Germany, News, Science, Technology
Tagged 3D image reconstruction, 3D X-ray imaging, 3D X-ray microscopes, Advanced Reconstruction Toolbox, algorithms, Context microCT systems, DeepRecon, Dongshin University, Dr. Stefan Preuss, FDK, Feldkamp-Davis-Kress, microCT, microscopy, OptiRecon, polymer separator, Professor. Dr. J.H. Shim, reconstruction technology, semiconductor, Semiconductor Manufacturing Technology, South Korea, Xradia Context 3D X-ray micro-computed tomography, Xradia Versa, XRM, ZEISS, ZEISS DeepRecon, ZEISS OptiRecon, ZEISS Xradia Versa
Experience the cloud-based platform at M&M in Baltimore, booth 624 JENA/Germany, BALTIMORE/USA, 14-Aug-2018 — /EuropaWire/ — ZEISS presents the initial release of its cloud-based digital microscopy platform, known under the name APEER at the Microscopy & Microanalysis conference (M&M) in Baltimore, … Read the full press release
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