ICMAB researchers were present in the NextGEM project meeting in CIMNE (Barcelona). The 48-month EU-funded NextGEM project, which was launched on the 1 July 2022, will ensure EU citizens’ healthy living and a safe working environment when employing existing and future EMF-based telecommunication technologies.
NextGEM is a 48-month Horizon Europe project officially launched on 1st July 2022 with a total budget of 7.56 M€ EU funding under the “Exposure to electromagnetic fields (EMF) and health” call.
NextGEM held its second plenary meeting and first technical workshop on 25-26 of October 2022, at the Centre Internacional de Mètodes Numèrics a l'Enginyeria (CIMNE) premises in Barcelona.
The meeting, which was co-organized by CIMNE and the Institute of Materials Science of Barcelona (ICMAB, CISC), gathered more than 30 attendees from the 20 European consortium partners, which joined both in-person and via teleconference.
The objective of the meeting was to present work achieved until the present point. Additionally, the technical workshop, which followed the general section of the plenary, focused on the technical aspects of the project. At the end of the two-day event, next steps were decided, as well as the coordination of efforts in internal communication and research planning.
NextGEM’s vision is to ensure EU citizens’ healthy living and a safer working environment when employing existing and future Radio Frequency Electromagnetic Field (EMF)-based telecommunication technologies. This will be accomplished by generating relevant knowledge that identifies appropriate control measures of EMF exposure in the residential, public, and occupational settings, trusted by the general public, while also staying in-line with regulations and laws issued by public authorities.
To achieve the above, NextGEM will provide a framework for generating health-relevant scientific knowledge and data in new scenarios of exposure to EMF, in multiple frequency bands. The project also aims to develop and validate tools for evidence-based risk assessment. NextGEM will also create the NextGEM Innovation and Knowledge Hub (NIKH) for EMF and Health, offering a standardised way for European regulatory authorities and the scientific community to store and assess project outcomes and insights into how EMF exposures affect health.
NextGEM’s consortium consists of 20 organisations located in 10 European countries (i.e. Greece, Italy, Spain, Cyprus, Germany, Belgium, Netherlands, Sweden, Switzerland and Israel). Moreover, the Institute of Computer Science of FORTH (ICS-FORTH) is the overall coordinator of the project.
Each NextGEM partner provides unique expertise, essential for the implementation of the project. Partner accumulated knowledge will empower NextGEM to include measurements and modelling of EMF sources, investigate of potential health effects by experimental human studies, investigate possible causal links between EMF exposure level and duration on potential health effects, perform risk assessment on studies and results and develop an innovation and knowledge hub to be used by scientists, relevant authorities, while also enhancing citizen awareness.
NextGEM project meeting at CIMNE, 25-26 October 2022 | NextGEM
During the meeting in Barcelona, active work packages leaders presented the work performed and their next steps. Dr. Nikolaos Petroulakis (ICS-FORTH), the coordinator of the project, presented the overall progress of the project, both in project management and technical aspects.
Prof. Fulvio Schettino (University of Cassino) presented the work done in the identification of the requirements analysis, specifications and design, while Dr. Marco Spirito (TU Delft) and Dr. Olga Zeni (CNR IREA) presented the upcoming work on the innovative model and sensor-based technologies for exposure monitoring and assessment of human studies and experimental approaches for assessing biological and health-related effects of EMF, respectively.
Dr. Andreas Gavrielides (eBOS) presented the work performed on project dissemination and communication activities, the next steps in contributions to the CLUE-H cluster of all EMF health projects mandated by the European Commission, as well as policy contributions and exploitation plans for the NextGEM Innovation and Knowledge Hub.
Pol Alonso showing the C. elegans to the rest of the participants at the NextGEM project meeting at CIMNE, 25-26 October 2022 | NextGEM
During the technical workshop, four sessions initiated vivid dialogues and sparked numerous enlightening conversations in the areas of:
All participants had the opportunity to provide their insights, opinions and ideas, paving a ground of common direction that will be followed towards achieving the objectives of the project.
From ICMAB, researchers from the Nanoparticles and Nanocomposites (NN) Group and the Communication and Outreach Office participated in the meeting: Anna Laromaine, Martí Gich, Pol Alonso, Nico Dix, Vinod V K Thalakkatukalathil and Anna May Masnou. ICMAB people are in charge of coordinating the collection of data for risk assessment from experimental and observational studies, coordinating the dissemination and communication plans and activities, and participating in several tasks of the project related to evaluating the EMF exposure effects.
ICMAB researchers and staff at the NextGEM project meeting at CIMNE, 25-26 October 2022: Nico Dix, Martí Gich, Anna Laromaine, Pol Alonso, Vinod VK Thalakkatukhlathi, and Anna May Masnou | NextGEM
NextGEM’s next project meeting will take place in Spring 2023 in Naples, Italy, and will be hosted by the Consiglio Nazionale delle Ricerche (CNR) – Istituto per il rilevamento elettromagnetico dell’ambiente.
NextGEM includes an ambitious communication and dissemination programme, with activities meant to maximise the impact of its’ generated results, thus increasing general awareness on the subject. An informative and functional project website, as well as presence in multiple social media platforms are continuously updated to provide full insight to the inner workings and progress of NextGEM.
This project has received funding from the European Union’s Horizon Europe research and innovation programme under grant agreement number 101057527