Homeland Security
Homeland Security Applications in particle physics exploit subatomic interactions to bolster threat detection, nuclear security, and critical infrastructure protection. By examining how high-energy particles interact with different materials, scientists develop advanced scanning and radiation detection methods capable of accurately identifying and quantifying radioactive sources. This approach integrates gamma and neutron detectors, real- time data analysis, and robust engineering, enabling portable, high-sensitivity systems for border security, facility monitoring, and emergency response. By preventing illicit activities and mitigating terror threats, these innovations help safeguard communities and ensure a safer world.
Examples of our products used:
CAEN provides state-of-the-art electronics for advanced scanning, detection, and threat analysis. From border control checkpoints to critical infrastructure monitoring, CAEN’s high-precision systems ensure reliable performance and accurate identification of radioactive materials in demanding environments. With applications ranging from nuclear security to emergency response, CAEN enables security specialists, engineers, and governmental agencies to protect communities and mitigate threats. By driving innovation in real-time data processing and rapid source identification, CAEN contributes to global safety and addresses pressing security challenges worldwide.
Advanced Vehicle-Based Radiation Detection and Mapping
GAMON Mobile is a vehicle-based radiation monitoring system designed for real-time detection, identification, and mapping of radioactive sources. It integrates advanced gamma spectroscopy with robust data acquisition and connectivity, making it ideal for scenarios ranging from routine surveillance to emergency response. Below are key technical highlights:
- Large-Volume Scintillation Detector (CeBr3 or NaI(Tl)) – Provides high sensitivity and resolution for accurate gamma spectroscopy.
- Real-Time Detection & Identification – Rapidly locates and characterizes isotopes to support prompt decision-making.
- Modular & Vehicle-Compatible Design – Ensures ease of deployment and integration across various platforms and field conditions.
Dual Gamma-Neutron Detection for Mobile and Fixed Security Applications
SNIPER GN is a compact, high-performance solution designed for simultaneous gamma- ray and neutron detection. Engineered to provide rapid, accurate measurements in security and safety-critical contexts, it integrates advanced scintillation and neutron detection technologies. The system supports real-time identification of illicit or hazardous materials, making it ideal for applications such as border control, critical infrastructure protection, and emergency response. Below are key technical highlights:
- Dual-Detection Capability – Combines high-resolution gamma-ray spectroscopy with neutron detection for comprehensive threat assessment.
- Wide Dynamic Range & Sensitivity – Accurately measures low-level radiation while withstanding high-dose environments.
- Real-Time Analysis & Identification – Rapidly flags isotopes and neutron sources, enabling immediate, data-driven decisions.
