FUSE CDT: EPSRC Centre for Doctoral Training in Future Ultrasonic Engineering’s Post

Hello everyone, I am thrilled to share with you our research paper on “Design and Simulation of Narrow Beamwidth Dipole Array Antenna for Microwave Imaging” has been published in the International Research Journal of Engineering and Technology(IRJET) in vol 10 issue 11, November 2023. This paper is the result of a collaborative effort between me, my teammate Sunirban Ranjit and faculty Dr. Kabita purkait.  This paper introduces a novel medical imaging approach with 2.4GHz microwaves using a narrow-beam dipole antenna array. The proposed technique removes the hazards caused by imaging with X-rays and, at the same time, enhances diagnostic precision over traditional ultrasound. Know more about our project in the article attached. Thanks for reading. #researchpaper #microwaveimaging #dipoleantenna #IRJET #KGEC

A highly technical blog prepared by experienced experts at Sekbio! I would like to share with all my friends. If you are also interested in the details of lateral flow technology, let me know!

🔬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

📯 🏆 Pilot Photonics is thrilled to announce that its #partnership with the Munster Technological University is bearing fruit. Last week, we were awarded the #Industry #Research Collaboration #Award from #MTU for our #exciting work in developing a new comb #laser for applications in #datacentres and #AI / #ML. Our CEO, William Oppermann, received the award at MTU from Dr. Siobhán Mac Sweeney, Head of Research, who said, "To distinguish a winner, we focused on the impact already generated by the research, the potential for future impact and the wider #benefits of the research to the #economy and #society. The Pilot Photonics project stood apart because of the scale and investment to date in the on-going research and the potential for significant revenue generation down the line as the work continues. Through collaborating with Dr. William Whelan-Curtin (WWC) and his team at MTU, Pilot Photonics is planning to develop a new type of comb laser that will increase their product range. A patent has already been filed to protect the technology developed by the team to date and this will be a very valuable asset for the company. The societal #benefit from this research has the potential to improve #optical #metrology, frequency-chain generation, optical atomic clocks, high-precision #spectroscopy, and more precise #GPS #technology. It was for this impressive and far-reaching impact that we arrived at Pilot Photonics as the winning entry." William Oppermann said, “One of the key spin-outs for Pilot through the collaborative project with MTU is to develop a new comb laser architecture. We have specifically designed this #innovation to target #datacentre and AI/ML applications. We know that this space is evolving quickly and driving the need for increased #data handling capacity in more energy efficient formats/solutions.” Many thanks to MTU, Dr. MacSweeney and Dr. Whelan-Curtin for their praise and assistance. The picture shows William Oppermann (far right) receiving the award from Dr. MacSweeney (second from right). Dr. Whelan-Curtin is second from left and Dr. Ganga Chinna Rao Devarapu, also from MTU, is on the far left. #artificialintelligence #machinelearning

Hello everyone, I am thrilled to share with you our research paper on “Design and Simulation of Narrow Beamwidth Dipole Array Antenna for Microwave Imaging” has been published in the International Research Journal of Engineering and Technology(IRJET) in vol 10 issue 11, November 2023. This paper is the result of a collaborative effort between me, my teammate Kanchan Kumar Kaity and faculty Dr. Kabita purkait.  This paper introduces a novel medical imaging approach with 2.4GHz microwaves using a narrow-beam dipole antenna array. The proposed technique removes the hazards caused by imaging with X-rays and, at the same time, enhances diagnostic precision over traditional ultrasound. Know more about our project in the article attached. Thanks for reading. #researchpaper #microwaveimaging #dipoleantenna #irjet #kgec #biomedicalengineering

Volume 2: Innovation in Imaging Modalities 🌐🔬 Welcome to the captivating world of biomedical engineering with the second volume of our Biomedical Engineering Journal! 📚✨ This edition dives into the area of cutting-edge innovation in imaging modalities, where technology meets the intricacies of healthcare. Universitat Pompeu Fabra - Barcelona

Take a look at the second edition of the "Biomedical Engineering Journal", published by our colleagues! Interesting topics such as innovation and medical imaging modalities, and our podcast is featured!!!

As an academic, your time is precious. Don't get bogged down in tasks like creating or customising ultrasound sensors to conduct your research. Let novosound handle the groundwork so you can concentrate on what truly matters: your applied research. https://ow.ly/y90K50R8qSu

Our Innovation Specialist, Camila Betterelli Giuliano, PhD, is visiting the lab of Federico Vozzi, one of the collaborators of the H2020 Project ALTERNATIVE.💚 With them, we have developed a microfluidic platform for long-term perfusion of cardiac cells, to mimic the effects of pollution on them. 💪 Our main goal is to develop equipment that truly fulfills researchers' needs so it's important to be close to where the action happens! 🎯 This week Camila helped solve some bottlenecks and got valuable feedback on how to make things run more smoothly. Time to get back to the drawing board and prepare the next iterations. 📝 #usercentricinnovation #scientificequipment #organonchip #scienceinnovation