HAZARD DETECTION WITH QUANTUM SENSOR (HADES)
HADES aims at developing innovative advanced quantum technologies for the detection of several CBRN threats. The objective is to devise novel sensors exploiting quantum properties of light such as the entanglement. This will allow to attain high-precision measurements, sometimes pushing the performances beyond those achievable with classical tools, as well as providing the capabilities for dealing with real-life scenario conditions.
IN EVIDENCE
Exploiting quantum frequency correlations: The metrology of ghost spectrometry
The results obtained with a preliminary study relevant for the design and implementation of the Ghost Spectrometer developed by ENEA and University of Roma Tre
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Workshop New frontiers and applications for Quantum Technologies
The Workshop "New frontiers and applications for Quantum Technologies" was held yesterday 09 September.
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NATO country Project Director
(NPD)
Partner country Project Director (PPD)
Project Co-Directors
Title: HAzards DEtection with quantum Sensors
Acronym: HADES
Project duration: 01 April 2021 to 01 April 2024
Funding: NATO Science for Peace and Security (SPS) Programme