MINING
Multifunctional nano-bio INterfaces wIth deep braiN reGions
Capturing the dynamics of brain activity in its multifaceted components is a key challenge for neural interfaces, deciphering the complex electrical and chemical signaling exchanged by the different constituents of the brain tissue.
MINING aspires at generating a novel class of multifunctional neural endoscopes, able to trigger and detect electrical and molecular signaling with cellular resolution in vivo in a brain volume. The result will be the unprecedented ability to correlate multiple types of signals in the same volume, with spatial and temporal resolution at depth. The limitation of current state of the art will be surmounted by exploiting light-matter interactions in hybrid metal-dielectric metasurfaces and their synergistic integration with organic electrochemical transistors.
22 July 2026
The @Center for Biomolecular Nanotechnologies of the @Istituto Italiano di Tecnologia (CBN-IIT) is funding one PhD position at the @Dipartimento di Ingegneria dell'Innovazione UniSalento (Department of Innovation Engineering). Among these positions, one PhD scholarship is funded by @MINING - ERC granted project, a project supported by the @European Research Council (ERC).
The research topics include:
• Photonic endoscopes based on multimode optical fibers and light–matter interaction
• Fabrication of multifunctional neural interfaces
• Advanced microfabrication for non-planar neural interfaces
The MINING-funded position is related to the development of advanced photonic and multifunctional neural interfaces.
Applications and further information:
https://lnkd.in/dWpbDXCb
Contacts: @Ferruccio Pisanello
#ERCMINING #ERC #PhDPosition #NeuralInterfaces #Photonics #Microfabrication #Nanotechnology #IIT #CBNIIT #UniSalento
16 July 2026
Her work explores how multimode optical fibers can become advanced, minimally invasive tools for biomedical diagnostics. By combining photonics and fiber technology, this research is helping pave the way towards new approaches for probing and monitoring biological tissues from within the body, with reduced invasiveness and improved optical capabilities.
A further step in the @MINING - ERC granted project's mission to develop innovative photonic interfaces for biomedical applications.
#ERCMINING #Photonics #OpticalFibers #BiomedicalPhotonics #META2026 #Research #Innovation
15 July 2026
The talk, entitled “Hybrid Photonic-Electronic Tapered Optical Fibers for Multimodal Neural Interfacing,” presented key research activities developed within MINING, focusing on advanced photonic and electronic interfaces for interacting with neural systems.
The contribution highlighted the potential of tapered optical fibers as multifunctional platforms for multimodal neural interfacing.
@Center for Biomolecular Nanotechnologies @Istituto Italiano di Tecnologia
#ERCMINING #META2026 #Photonics #Neurotechnology #NeuralInterfaces #OpticalFibers #CBNIIT
14 July 2026
“Integration of PEDOT:PSS-based biosensors on the edge of tapered optical fibers.”
Her presentation highlighted recent advances in the integration of optical fiber technologies and biosensing platforms for health-related applications, developed within the framework of the @MINING - ERC granted project .
Congratulations to Claudia for sharing this work with the international photonics community!
#ICTON2026 #Photonics #OpticalFibers #Biosensors #PEDOTPSS #HealthTechnologies #ERCMINING #IIT
04 May 2026
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