Mustafa Kansiz’s Post

#Biophotonics is revolutionizing biology and medicine via light interactions with biological matter, enabling diverse diagnostics and therapies. Our own John Oncea explains how in today's newsletter, which also features our partners: ⚡ Zygo, writing about how Cambridge Technology overcame operational challenges in precision mirror manufacturing with Mx™ software, revolutionizing efficiency and quality control. ⚡ Iridian Spectral Technologies, sharing how to overcome the pitfall of double margining. ⚡ Gentec-EO, detailing how Thales was able to gather the necessary specifications and requirements that came with their custom 10PW beam dump for the world's most powerful laser. ⚡ PI (Physik Instrumente) Group, sharing motion control solutions for the semiconductor industry. ⚡ IDEX Health & Science, LLC, exploring filter spectra at non-normal angles of incidence reveals vital shifts in optical properties, impacting applications across various filter types. https://lnkd.in/ePQbP6ej

🔬SPIE, the international society for optics and photonics Photonics West 2024 trade show is in full swing, this week we present our topics on site in San Francisco and here on LinkedIn. Let's start with our marker-free #detection using #photonic #biosensors for #bio and #health applications. 🔍 Label-free detection methods - i.e. without additional reagents for molecular characterisation - have a high development potential as they can provide simpler diagnostic tools that can be used outside the laboratory and thus become accessible to non-specialist users. 🧬Fraunhofer IPMS is developing photonic label-free biosensors based on silicon nitride microring resonators in silicon technology. They are used for the selective detection of biomarkers or microbial substances and offer, for example, a suitable detection method for the early detection of diseases. 🔍💡 In collaboration with Fraunhofer IZI and Fraunhofer IOF we are currently developing a highly sensitive integrated photonic biosensor platform. Learn more on site or on our website: https://lnkd.in/evMjVZcF 👩💼👨💼 For you on site: Jan Grahmann, Thilo Sandner, Peter Dürr, Florenta Costache, Michael Scholles, Heinrich Grüger and Sara Francés #Biosensors #SensorTechnology #Biotechnology #Bioelectronics #MedicalDevices #SensingTechnology #HealthTech

Enhance your research efficiency with the Invitrogen™ EVOS™ M5000 Microscope. Say goodbye to tedious cell searching and revolutionize your workflow with the EVOS™ M5000 Microscope's location intelligence. Effortlessly track and return to precise stage locations, saving valuable time and streamlining your research process. No more wasted minutes searching for specific cells or fields of view. Now you can easily navigate through your samples with precision. Check out the #EVOSM5000 #ImagingSystem #LocationIntelligence #ResearchEfficiency #TimeSaver #Research #Innovation #ScientificAdvancements to learn more! https://lnkd.in/gKwVUJBp

It all started with a vision at ARRALYZE, a division of LPKF Laser & Electronics SE. A dream of changing the world, breaking barriers, read below for the story of the latest breakthrough in single cell analysis.

Check out our latest release of validated photonics IP! #pics #photonics #ip #alcyontoolkit

It all started with a vision at ARRALYZE, a division of LPKF Laser & Electronics SE. We dreamt of transforming the world of biomedical research, of breaking barriers in single-cell analysis. But how? That’s where our best people stepped in and stuck their heads together. We noticed researchers had been facing a challenge: the need for precision and control in single-cell studies. We saw this not just as a challenge but as an opportunity to innovate. The CellShepherd was born - a tool designed to empower researchers, making complex technology accessible and groundbreaking discoveries a daily reality. Imagine a platform that dispenses cell suspensions with unparalleled precision, supports (co)-culturing under climate-controlled conditions, and offers real-time imaging. Well, that’s CellShepherd for you! We are on the brink of something truly extraordinary here, and we can’t wait to share more with you. Getting ready for our official launch of CellShepherd and its showcase at SLAS 2024, we warmly invite you to join us on this journey. Be part of a revolution that will redefine the future of biomedical research. Stay tuned for more updates as we approach the launch! See you soon, maybe at SLAS 2024 in Boston? The ARRALYZE Team   #ARRALYZE #BiotechInnovation #LifeSciences

Key Technologies enabling Quantum Tech - #PICs: Photonic Integration plays a crucial role in realizing #quantumcommunication Join this event of Fraunhofer Heinrich Hertz Institute HHI in cooperation with OpTecBB and Anritsu Test & Measurement “Integration Technologies: From Chip to PIC” March 21, 2024 9:30 -19:00 #BERLINQUANTUM #enablingTech #PICs

#ICYMI “We are in a class of our own when it comes to laser-based beam diagnostics,” said Sarah Cousineau, section head for Accelerator Science and Technology at Oak Ridge National Laboratory. “To me, this award validates our research program. It also recognizes Yun’s extraordinary leadership in developing a new class of beam diagnostics tailored specifically to superconducting linear accelerators, which are the future of high-power proton accelerators.” The comb solves the longstanding problem of measuring changes in the beam across time; these measurements were once possible only by taking separate measurements. Instead, Liu’s laser acts as a camera capturing a reel of shots in one click of the shutter. Each tooth of the comb, or laser pulse, captures how the distribution of particles in the beam changes in trillionths of a second. Using Liu’s laser comb, physicists can not only choose sections of beam pulses to measure but also study change and uncover patterns in a single measurement without interrupting accelerator operations. https://bit.ly/42TAdgB

🎯 Nanovials on the Cover 🎯 Congratulations to the Caselli lab (Cristian Brandi) and colleagues in Rome for making the front cover in the latest edition of the Lab on a Chip journal. Key highlights from the publication: 📌 Discover why Microfluidic Impedance Cytometry (MIC) is a valuable tool for characterizing cells. It eliminates the need for fluorescent and chemical labels, enabling real-time monitoring of cells in their natural state. 📌 Explore the compatibility of Nanovials with MIC devices—how electrical properties can be used to distinguish cell-loaded Nanovials. 📸 Check out the stunning images they captured too! 📸 📌 Understand how the properties of cells on Nanovials can be interrogated using MIC. 👉🏽 This publication showcases the synergy of these powerful tools for high-throughput cell characterization. Read the publication here: https://lnkd.in/gt3Z5j6b https://lnkd.in/g3yKhmC4 #Nanovials #technologydevelopment #cytometry #innovation #singlecell

INTRACORPOREAL THz NANONETWORKS INTERNET CONNECTIVITY OF THE HUMAN BODY AT THE NANOSCALE MOLECULAR ENGINEERING IN VIVO WITH BIO-NANO MACHINES AND CiscoYANG SOFTWARE https://lnkd.in/djdvCZpV #IoBNT