Graphenea

Project FLUFET aims to develop a proof-of-concept #prototype for a fully automated #device that continuously detects #viruses on #animal #farms using #graphene field effect #transistors and #microfluidics. This highly sensitive system can rapidly identify known and unknown viruses, triggering alerts to prevent potential #outbreaks. https://lnkd.in/dj28Q3h5

?? ???????????? ???? ?????????? ????????! ?? We are excited to share that Eurecat researcher Lorenzo García presented the GIANCE poster at LOPEC 2025 in Munich (February 26-27)! ???? GIANCE is driving innovation in graphene-based SHM sensors for advanced applications, showcasing cutting-edge research in SHM. ?? LOPEC, the premier event for flexible, organic, and printed electronics, provided the perfect stage to connect with experts and explore the future of smart sensing technologies. Stay tuned for more updates on GIANCE! #GIANCE #Graphene #SHM #Sensors #Innovation #LOPEC2025 #Research #Eurecat Graphene Flagship Eurecat - Technology Centre Centro Ricerche Fiat Boeing Foundation for Research and Technology - Hellas (FORTH) Consiglio Nazionale delle Ricerche FORVIA Fraunhofer ICT Dawn Aerospace BCMATERIALS, BASQUE CENTER FOR MATERIALS, APPLICATIONS AND NANOSTRUCTURES CROSSFIRE srl IRIS srl STICHTING KONINKLIJK NEDERLANDS GELEIDEHONDENFONDS CTAG – Centro Tecnológico de Automoción de Galicia TNO HydroSolid Graphenea SA Lenntech Water Treatment Solutions BV NANOPROM Bax Innovation Engineering Northumbria University Universal Matter Inc.

I am happy to share our new article published in ???????? ????????????, titled ``Evaporation driven buckling of a drop laden with graphene oxide nanosheets". This work is done in collaboration with Eva Krolis, Alvaro Marin and Lorenzo Botto. You can read the article here: https://lnkd.in/ejvrHnGt In this study, we investigate how water drops containing graphene oxide (GO) nanosheets buckle as the drop evaporates. The buckling process helps retain the large surface area of the 2d nanosheets, which are commercially sold as GO powders by Graphenea. While buckling is achieved by spray drying the graphene suspensions, the physics behind evaporation driven buckling remains unclear. Our research takes the first step towards understanding this phenomenon. The results are relevant to the development of graphene-based electrodes, lubricants and functional particles. ?????? ????????????????: 1. ?????????????????????? ???????? ?????????????? ?????????????????? - Particle adsorption at the air-water interface does not change the evaporation rate. We explained this by using a theory developed for physics of chemoreception. 2. ???????????????? ???????????????????? ?????????????? ???????????????? ?????????? - When GO particles adsorb at the interface, the interface becomes incompressible and the drop buckles earlier. 3. ???????????????? ???????????????????? ???? ???? ???????????????? ???????????? ???? ?????????????????????? ???????? - Faster evaporation leads to larger, thinner shells resulting in smaller buckling wavelength of the GO capsules, as predicted by linear elastic shell theory.

??? A year of innovation and growth in FLUFET! ???. At the end of february we celebrated a year of progress in our EIC Pathfinder project, a journey full of challenges, learnings and great achievements. In our last meeting, we reviewed the research conducted over the past year, reviewed key milestones, shared insights and charted the path for further work. Thanks to the amazing team that makes this possible and to all our partners for their commitment. This project is built on passion and teamwork! CICA UDC Centro Interdisciplinar de Química e Bioloxía INL - International Iberian Nanotechnology Laboratory BCMATERIALS, BASQUE CENTER FOR MATERIALS, APPLICATIONS AND NANOSTRUCTURES VTT Graphenea CIC biomaGUNE ICGEB #FLUFET #Biosensing #Graphene #gFET #TeamWorking

#Graphenea offers Multi Project Wafer (#MPW) runs that allow customers to produce their own #graphene #device designs in small batches at our state-of-the-art graphene #foundry. Through a mask-sharing scheme, custom #devices in small batches are available at affordable prices. Sharing the cost of #fabrication allows to lower the entry barrier for #researchers and #companies interested in developing graphene-based #technologies. This month, the MPW service is open to requests for #biosensor processes. Read about the process and its application on our webpage! https://lnkd.in/dXtbH4qu

An #openaccess paper was recently published in the journal #2Dmaterials, summarizing efforts of different #sensor research groups within Graphene Flagship and their successes, with a focus on wafer-scale fabrication of #graphene and other 2D material sensors with #electronic readout. https://lnkd.in/dEjdMf2K

?? The PROMISE project (PROtotypes of Magnetic Imaging Systems for Europe) is off to a promising start! ?? A groundbreaking leap in #quantum #sensing is on the horizon. An international research consortium, has launched a pioneering initiative to bring nitrogen-vacancy (NV)-based quantum #imaging #sensors to real-world industrial applications. ???? With unparalleled speed, accuracy, and efficiency, these next-generation widefield #magnetometers eliminate the need for complex vacuum systems and cryogenics, making quantum sensing more accessible than ever. The project unites top-tier research institutions, industry leaders, and machine learning specialists to push these sensors to pre-industrial readiness (TRL7), unlocking new possibilities in #semiconductor metrology, #materials engineering, and #biotechnology. ?? By bridging cutting-edge quantum research with real-world industrial needs, PROMISE is set to transform the way we sense, image, and analyze materials at the nanoscale. Stay tuned as we take quantum sensing from the lab to the factory floor. For more details see the attached press release. TECNALIA Research & Innovation TNO Diatope GmbH INRiM - Istituto Nazionale di Ricerca Metrologica Graphenea Fondazione Bruno Kessler - FBK Airbus Magnetfab UPV/EHU AMIRES Xavier Vidal Estibaliz Garrote Chaimaa MAHI Marc Espinosa Edo Mikel Quintana Uriarte Eftychia Tsapanou Katranara Hans Bartling Clara I. Osorio Tamayo Dr. Johannes Lang Christoph Findler Paolo Traina María Dolores Boyano López Gasparini Leonardo Enrico Manuzzato Amaia Rebollo Amaia Zurutuza Alba Centeno Pérez Milan Calic Abdellatif Bachar Dr. René B?ttcher Roman Pa?ek

We would like to share that we are about to celebrate our first birthday!!! ?? ?? ?? , so let's all members of the consortium get together to share this exciting year of progress and research! Universidade da Coru?a, BCMATERIALS, BASQUE CENTER FOR MATERIALS, APPLICATIONS AND NANOSTRUCTURES, INL - International Iberian Nanotechnology Laboratory, CIC biomaGUNE, ICGEB, Graphenea, VTT We will met in person to: ? Review of key achievements and milestones ? Discussion of challenges and lessons learned ? Strategic planning for the next phase This meeting will be a valuable opportunity to align our vision, reinforce collaboration, and set the course for the future. We look forward to productive discussions with all consortium members. Thank you all for being part of our first year! Stay tuned for updates—this second year, we’re going all in to make an even bigger impact. #EIC_pathfinder #Collaboration #FLUFET #ConsortiumMeeting

We are also looking forward to future collaborations. You're welcome to visit us anytime!

Key takeaways from SENSOPAD’s first General Assembly Our consortium met online on Monday 24.02.2025 for the first General Assembly, marking the next step in advancing the project's objectives by sharing key developments and outlining plans for the next months. ?? Materials & biosensing advancements - Progress in selecting biological entities and developing electrospun textiles ensure the foundation for safe and effective SENSOPAD materials. ?? Microfluidic & g-FET innovation - Advancements in material characterisation and microfluidic assay design are shaping the next generation of in situ monitoring. ?? Signal acquisition & data transfer – Efforts are underway to refine the acquisition and transmission of SENSOPAD output signals, ensuring successful integration. ?? Dissemination & business strategy – We explored how to effectively communicate our results and define a business model and dissemination and communication plan that will support SENSOPAD’s impact. Stay tuned for the launch of our website!