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    updated on 20 August, 2026

Nanotechnology strategies for CBRN risk mitigation and resilience 3/4

 
   17 Sept. clessidra che gira 14:00 - 15:30
ROOM 30
energy
HEALTH & NANOMEDICINE
TT.VII - Technical Parallel Track Sessions
Nanotechnology strategies for CBRN risk mitigation and resilience 3/4
Co-organised with Sapienza University of Rome & CNR – Institute of Crystallography
Chair: Federica ZACCAGNINI, Sapienza University of Rome

The increasing complexity of Chemical, Biological, Radiological, and Nuclear (CBRN) threats requires innovative, multidisciplinary approaches for prevention, detection, and rapid response. Nanotechnology, enabled by nanomaterials, offers transformative solutions to address these challenges. This event aims to explore the latest advancements in nano-enabled systems for mitigating CBRN risks. Key topics will include highly sensitive detection platforms, smart materials for protective equipment, mobile laboratory facilities, and nanostructured agents for decontamination and neutralization. Special attention will be given to integrating nanomaterials and advanced materials into portable, real-time sensing devices and their role in enhancing early warning capabilities. By bringing together leading researchers, industry experts, and policymakers, the event will foster dialogue across various disciplines to bridge the gap between fundamental science and operational deployment. The event seeks to highlight cutting-edge research and practical applications, ultimately advancing the development of resilient, nano-enabled strategies to safeguard public health, critical infrastructure, and security personnel against evolving CBRN threats.

 
TT.VII.E.1
Viviana FRANTELLIZZI - CV
Sapienza University of Rome
Mitigating Radiological and Nuclear Hazards in Healthcare: Occupational and Patient Safety Through Emerging Nanotechnologies
FRANTELLIZZI Viviana  
TT.VII.E.2
Alberto SINIBALDI - CV
Sapienza University of Rome & Italian Institute of Technology
Nanophotonic Strategies for Biological Risk Mitigation: Dual-Mode Bloch Surface Wave Biosensors for Anti-SARS-CoV-2 Antibody Detection
SINIBALDI Alberto  
TT.VII.E.3
Andrea CHIURI - CV
ENEA
Quantum Spectroscopy for Novel Diagnostics
CHIURI Andrea  
TT.VII.E.4
Panel Discussion & Perspectives    
 

 

 
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