MUTI VI S MUTI VI S MU ltispectral T T erahertz, I I nfrared, MU V - PowerPoint PPT Presentation

MUTIVIS presentation European Funded Project MUTI VI S MUTI VI S MU ltispectral T T erahertz, I I nfrared, MU V isible I I maging and S S pectroscopy V FP7 ICT 223957-MUTIVIS

MUTIVIS presentation Multispectral sensing  UV MMW VIS NIR MWIR LWIR THz 1  m 10  m 100  m Image from ULIS-IR. • CCTV surveillance • Hidden objects and • CCTV surveillance explosives detection • Car night vision • Car night vision • Biological studies • Biological studies • Biological studies • Inspection of plastic • Inspection (NDT, • Inspection (NDT) parts (NDT) production control) FP7 ICT 223957-MUTIVIS 2

MUTIVIS presentation Project overview R & D R & D Validation and Field Test Validation and Field Test Imaging + spectroscopy Imaging + spectroscopy Field test in pilot application Field test in pilot application demonstrators demonstrators airport security airport security Check point Check point Camera Camera Spectroscopy & Spectroscopy & multispectral multispectral Visible Visible controller controller Camera Camera optics optics sensor sensor FPA FPA Infrared Infrared Terahertz Terahertz Multisp. image Multisp. image THz radiation THz radiation Terahertz Sources Terahertz Sources Tunable narrow band: Tunable narrow band: 1.5 - 20 THz,  = 200 GHz 1.5 - 20 THz,  = 200 GHz High power fixed frequency: High power fixed frequency: Airport, train station, etc. Airport, train station, etc. about 1 THz about 1 THz proof of principle proof of principle development proof of principle proof of principle development prototype prototype prototype prototype technological technological maturity maturity Imaging sensor Imaging sensor THz sources THz sources Demonstrators Demonstrators FP7 ICT 223957-MUTIVIS 3

MUTIVIS presentation Technical objectives Develop a monolithic multispectral terahertz, infrared, and  visible focal plane array detector based on a CMOS substrate working at room-temperature Develop a tunable narrow band and a high-power fixed  frequency terahertz sources using components with the potential of getting a low cost technology in future Design of two subsystems capable of doing visible, infrared,  and terahertz imaging as well as an active stand off terahertz spectroscopy Validation of multispectral imaging and spectroscopy system for  use in an airport security environment FP7 ICT 223957-MUTIVIS 4

MUTIVIS presentation Narrow band Multispectral Application domains Competitive products for European application industry THz source sensor platform Security Multispectral imaging and spectroscopy subsystem Transport Visible + thermal I R night vision life-science Health and I R imaging + THz imaging spectroscopy : in vitro, sample analysis technology Production Terahertz spectroscopy and/ or imaging: NDT of plastic parts European photonics industry Competitive products for 223957-MUTIVIS FP7 ICT 5

MUTIVIS presentation Partners of the consortium • CEA : detector design and fabrication • FBK : ROIC design • Rainbow Photonics and ETHZ : Source design and prototyping • Bosch : coordination, multispectral optics, and building of the system demonstrator • Zurich airport : coordination of the field test and its evaluation. Duration: May 2008-February 2012 Cost: 4.64 M€ Funding: 3.2 M€ FP7 ICT 223957-MUTIVIS 6