ZEISS Group

Today, more health data than ever before is being generated. But how much of it actually helps patients? Alina is tackling this challenge at ZEISS Digital Innovation, where she’s shaping digital health solutions that focus not just on collecting data, but on making it structured, relevant, and ready for real clinical use. When the right data meets the right technology in the appropriate use case, it can empower healthcare professionals to deliver faster and more precise results. This synergy not only alleviates the burden on healthcare professionals but also has the potential to make patient care more personalized. #teamZEISS #Health #Innovation

Take a look at these #bee-autiful images! 🐝 They are captured with an electron microscope and colorized in post-production and reveal the stunning details of one of summer's most important creatures. Did you know that at least 30 percent of the crops we eat depend on pollination by bees? 🌼🍓 Without them, many of our favorite fruits and vegetables simply wouldn't exist. Let's take a closer look this summer and celebrate these tiny heroes among the blooms! © Stefan Meichtry & Langley Anderson ZEISS Microscopy #ZEISS #Microscopy #Summer

Happy #InternationalDayofFriendship! 🫶🏼 This picture shows the connections between HeLa #cells, an eternal cell line. Stained to reveal their intricate forms (🔵DNA, 🟢microtubules and 🔴F-actin), these cellular networks remind us of something wonderfully familiar: the strong bonds of friendship. This image was captured using ZEISS Airyscan and reveals the invisible networks that connect and sustain life, while also showcasing the power of cutting-edge microscopy. What matters most to you in your friendships? 📸 Courtesy of A. Politi, J. Jakobi and P. Lenart from the MPI for Biophysical Chemistry in Göttingen, Germany, 2019. ZEISS Microscopy #ZEISS #Microscopy #Friendship

Get to know ZEISS Brunswick in Germany! 🌎 Within ZEISS Industrial Quality Solutions, ZEISS in Brunswick is the Center of Excellence for optical metrology. Here, pioneering research and development of optical 3D systems including software solutions, shape the future of industrial metrology. To strengthen our research in optical metrology and continue driving progress in the future, we constructed an additional building next to the already existing site in Brunswick. Stay tuned for more insights into ZEISS locations in the coming months. #ZEISS #Locations #Brunswick

From EUV to High-NA-EUV lithography: extreme ultraviolet lithography (EUV) was long considered visionary and technically unfeasible. Now, EUV is crucial in enabling complex architectures for various applications like GenAI. With High-NA-EUV, we are entering a new era of innovation. This next-generation lithography promises enhanced resolution and efficiency. High-NA-EUV will pave the way for even smaller, faster and more powerful microchips from semiconductor manufacturers. We’re excited to see the potential of EUV and High-NA-EUV unfold for the next breakthroughs in computing power! ZEISS Semiconductor Manufacturing Technology #ZEISS #Digitalization #Semiconductor

AI meets eye care 👁️: The ZEISS Research Data Platform – a cloud-based and artificial intelligence-driven solution developed by Carl Zeiss Meditec AG – is designed to transform ophthalmic research workflows. It helps clinicians and scientists accelerate discoveries thanks to smarter, more efficient research whereby they can build their own algorithms and, ultimately, focus on what really matters: advancing patient care and driving scientific breakthroughs. #Digitalization #AIAppreciationday

Prof. Dr. Yuri Kivshar’s research paves the way for new technological applications in nano-optics and nonlinear systems. His groundbreaking work, recognized with the #ZEISSResearchAward, enables the manipulation of light at the nanoscale and promotes the integration of complex optical functions into miniaturized components. Since 1993, Prof. Dr. Kivshar has been based at the Australian National University where he founded the Nonlinear Physics Centre. His research focuses on nonlinear effects in optical systems as well as metamaterials and nanophotonics. #ZEISS #ZEISSResearchAward #Innovation

Have you heard of the Bayer test? 🤔 It's one of the stress tests our ZEISS lenses undergo to ensure highest quality. Picture a lens exposed to 600 shakes with a custom blend of Alundum – tiny, sharp-edged particles engineered to simulate extreme conditions during the lifetime of a lens. This high-intensity workout compares our lens with premium coating to a control lens with standard coating, testing their scratch and abrasion resistance. 🛡️ These properties are then quantified by a scattered light measurement. Hereby, the less the light scatters, the greater the evidence for high scratch and abrasion resistance. 💡 #ZEISS #Innovation

Today is #AIAppreciationDay. 🤖 AI is a game-changer for many sectors and microscopy is no exception. 🔬 Sample placement, focus adjustment and identification of the relevant sample areas often require elaborate manual adjustments. The ZEISS AI Sample Finder from ZEISS Microscopy automates this sequence entirely. After just seconds, scientists can access all sample areas directly and start their experiments right away. Take a look at how the AI Sample Finder reduces manual efforts in microscopy for swift experiment initiation. ⬇️ #ZEISS #AI #Microscopy

Through her pioneering work, Prof. Dr. Jelena Vuckovic has significantly advanced the integration and functionality of optical components on microchips. This achievement earned her the #ZEISSResearchAward for outstanding contributions in optics and photonics. Since 2003, Prof. Dr. Jelena Vučković has been a Professor of Electrical Engineering at Stanford University, USA, where she leads the Nanoscale and Quantum Photonics Lab. The software suite she developed, SPINS (Stanford Photonic Inverse Design Software), automates the design of nanophotonic devices and is revolutionizing the field by enabling highly efficient, compact and powerful structures. #ZEISS #Innovation