HÜBNER Photonics

Ever wondered how lasers work? 💡 📌 It’s #WavelengthWednesday, and we're back with our educational series on all things laser technology! Our mission is to grow our photonics community and showcase the incredible capabilities of lasers...beyond just being every cat's favorite toy! 🐈 Today, we delve into the physics behind laser creation and their unique properties. Discover how lasers achieve their precise wavelengths and focused beams. Watch the 2 minute video below to learn more! 🎥 Happy Wednesday! Video credit: Joao's Lab link to full video https://lnkd.in/dzUxb2iv #Photonics #LaserTechnology #ScienceEducation

📌It’s #WavelengthWednesday! We are back with PART 2 of our educational series on how laser technology help in the fight against #cancer. There are many innovative ways where laser power is used in the fight against cancer. One of such methods is photodynamic therapy (or PDT) where lasers are used to activate light sensitive drugs to kill cancer cells. The integration of laser technology into cancer treatment exemplifies the incredible potential of combining medical innovation with cutting-edge science. 🔬As research and development continue, we can expect even more life-saving breakthroughs in the fight against cancer. Video credit: Joao's Lab link to full video https://lnkd.in/dzUxb2iv #CancerTreatment #MedicalInnovation #LaserTechnology #Oncology #HealthcareAdvancements

🌟 When you think of lasers, you might picture a Star Wars lightsaber or a Star Trek phaser. While lasers are iconic in science fiction, they are actually indispensable in medicine, transforming the way treatments are performed. In today's 📌 #WavelengthWednesday series, we're exploring the amazing ways lasers are revolutionizing medicine (Part 1) For how lasers contribute to cutting edge cancer research, stay tuned to next wednesday's post where we explore this in part 2. Video credit: Joao's Lab link to full video https://lnkd.in/dzUxb2iv #MedicalInnovation #Oncology #LaserTechnology #Healthcare #CancerResearch

Happy Independence Day! 🎆🇺🇸 Few days are celebrated in the USA quite like today's Independence Day. It symbolizes freedom, independence, and democracy — values that shape life in America. Yet independence means more than just historical separation from colonial powers. It also manifests in the freedom to travel independently — whether by plane, bus, or public transport. Freedom also means being able to decide as a company where to set up shop and where to source resources. At HÜBNER, we value this freedom, as it allows us to flexibly manage our business activities and be close to our American customers. 💪 Today especially, we are proud to be part of the American community. Our locations in #SanJose, CA, #MountPleasant, SC and #Dunlap, TN enable us to produce products such as lasers, gangway systems and more. To all Americans: We congratulate you on Independence Day and celebrate with you the freedom that unites us all. Happy Independence Day to all of us! 🌟🚌✈️ #IndependenceDay #4thofJuly #Freedom #Innovation #PublicTransport #HÜBNER Hubner Manufacturing Corporation, USA HÜBNER Photonics

📌It’s #WavelengthWednesday! We're back with our educational series on the impact of laser technology in our lives. Today, we're excited to share groundbreaking developments in #cancer research and treatment using cutting-edge laser technology. Researchers from Northeastern University pioneered a system called diffuse in vivo flow cytometry (#DIFC) to advance cancer research and metastasis monitoring. DIFC is a non-invasive optical technique where lasers are used to penetrate deep into the tissue and detect cancer cells floating in the bloodstream . 📽 #Watch the video to find out more about this exciting technique! This groundbreaking technique allows to monitor cancer progression and response to treatment in real-time. Unlike current invasive methods, DIFC doesn't require blood draws and early detection of these circulating tumor cells means patients can receive treatment sooner, leading to better prognoses. As laser manufacturers we're excited about the potential of DIFC to transform cancer detection and treatment! Video credit: Northeastern University #CancerResearch #Metastasis #Innovation #Healthcare #EarlyDetection #OpticalTechnology #NonInvasive #DIFC #MedicalResearch

🚀 Join Us TODAY for Physics World Live: quantum sensors! 📅 Date: Today ⏰ Time: 2:00 PM (BST) 🔗 Register now: https://ow.ly/rQz650StxTU 🔬 Panel Discussion: Quantum Sensors 🌟 Featuring: Nicole Metje: Professor of Infrastructure Monitoring and Director of the National Buried Infrastructure Facility, University of Birmingham and Mark Bason: Quantum Researcher, RAL Space at STFC. Don’t miss out on this exciting discussion, sponsored by HÜBNER Photonics🎙️🔍 #QuantumSensors #PhysicsWorldLive #Quantum #Research #Physics #PhysicsResearch #QuantumComputers #technology #NicoleMetje #MarkBason

Thanks for sharing this Sebastien Guilbaud, it's really cool to see our #CoboltSkyra in action ✨ Cobolt AB, a part of HÜBNER Photonics

Last day at Optica Quantum 2.0! It's been an incredibly busy and thrilling week for quantum sciences. For us, this event was particularly special because we had the opportunity to introduce our brand-new products designed specifically for quantum research: the #Ampheaia Series of high-power fiber amplifiers and the Cobolt #QuT series. These additions to our product family represent our ongoing commitment to advancing quantum technology, and we couldn’t wait to unveil them to our customers. Curious to learn more about these new offerings and what else we have in store? Take a sneak peek through this link https://lnkd.in/g3n3YwsE #quantum #quntuminnovation #futuretech #innovation #ilovelasers

💎 They say "Diamonds are a girl's best friend", but did you know they are also extremely important in #QuantumSensing technology? We explain it in today's #WavelengthWednesday post. Watch the 2 min video to find out ▶ 📌NV centers, found in the diamond lattice, are a new generation of quantum sensors that can detect minute changes in magnetic fields. They have a sensitivity 50 million times greater than the strength of Earth's magnetic field. This extraordinary sensitivity has vast applications including: 🩺 Early disease diagnosis through medical devices 🧭 Navigation by sensing the Earth's magnetic field in airplanes, cars, ships etc. 💊 Measuring the tiniest magnetic fields within living cells, which is great for accelerating new drug discovery. The future of quantum sensing is here, and its potential is limitless. To learn more visit our page https://lnkd.in/dmMihvEn Video credit: SandboxAQ, link to full video: https://lnkd.in/dXrAnJk3 #QuantumSensors #Innovation #Technology #Engineering #MedicalDevices #Navigation #DrugDiscovery #FutureTech

🌍 #Cancer remains a leading cause of death globally, with nearly 10 million lives lost annually, particularly due to breast cancer. However, photonics is emerging as a game-changer in both early diagnosis and effective treatment. #Optical and #photoacoustic imaging offer non-invasive early detection, while laser therapy, photodynamic therapy, and light-activated nanoparticle medications are advancing cancer treatment. Photonics also supports #groundbreaking research into anti-cancer drugs and personalized treatments, highlighting its crucial role in oncology. ▶ Join Håkan Karlsson at the latest Optica Online Industry Meeting, together with our collagues we showcase the latest innovations and solutions in the fight against cancer. This is a prime opportunity to demonstrate how laser technologies can revolutionize cancer management, improve patient outcomes, and contribute to the global effort against these diseases. ▶ Link to the live event https://lnkd.in/dPKUmgwX #CancerResearch #Photonics #BreastCancer #ProstateCancer #MedicalInnovation #Healthcare #EarlyDetection #CancerTreatment #Oncology #HealthcareInnovation