META-BRAIN computational modelling research featured at BioEM 2026
Marta Bonato, researcher at the Istituto di Elettronica e di Ingegneria dell’Informazione e delle Telecomunicazioni (CNR-IEEIT), presented the latest computational […]
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META-BRAIN researchers translate brain stimulation experiments into computational models
Understanding how magnetoelectric nanoparticles influence neuronal activity is essential for the development of future brain stimulation technologies. Within the META-BRAIN
META-BRAIN at Citizen Agora Dialogues 2026: neurotechnology and the future of the self
On 23 March 2026, META-BRAIN coordinator Mavi Sanchez-Vives (IDIBAPS) participated in the dialogue “Neurotechnology: a solution or a problem?”, the
Stela Makri: “META-BRAIN’s long-term vision is to reduce the need for invasive brain surgery”
META-BRAIN explores new strategies to achieve precise, wireless and minimally invasive modulation of brain activity. The project combines magnetoelectric nanoparticles
META-BRAIN showcases latest advances at Biophysics@Rome2026
The META-BRAIN project played a prominent role at Biophysics@Rome2026, held from 13 to 15 May at the Consiglio Nazionale delle
META-BRAIN highlights graphene and magnetoelectric technologies for brain modulation at INS Congress 2026
META-BRAIN researchers presented recent advances in graphene-based neural recording technologies, computational modelling and magnetoelectric nanoparticle-mediated neuromodulation at the 17th World
META-BRAIN conducts first in vivo experiments of magnetoelectric neuromodulation
In February, researchers from ETH Zurich’s Multi-Scale Robotics Lab travelled to IDIBAPS in Barcelona to carry out in vivo experiments
META-BRAIN enters a key phase to prepare the exploitation of its results
As META-BRAIN moves into the final year of its implementation, the project is stepping up its efforts to advance the
Jorge Merino: “META-BRAIN could mark a turning point in the treatment of nervous system disorders”
META-BRAIN investigates new ways to interact with brain activity using minimally invasive and wireless approaches. By combining nanotechnology, magnetic fields
Nathalia Cancino: “META-BRAIN could have a strong impact on society by offering precise, local and non-invasive brain modulation”
META-BRAIN focuses on developing, testing and validating nanostructures with magnetoelectric properties to modulate brain activity, as well as investigating novel