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

FP7 ICT 223957-MUTIVIS

MUTIVIS presentation

European Funded Project

MUTI VI S MUTI VI S

MU MUltispectral T Terahertz, I I nfrared, V Visible I I maging and S Spectroscopy

FP7 ICT 223957-MUTIVIS

MUTIVIS presentation

Multispectral sensing

MMW

UV

THz LWIR MWIR NIR VIS 1m 10m 100m

• CCTV surveillance
• Car night vision
• Biological studies
• Inspection (NDT,

production control)

• CCTV surveillance
• Car night vision
• Biological studies
• Inspection (NDT)
• Hidden objects and

explosives detection

• Biological studies
• Inspection of plastic

parts (NDT)

Image from ULIS-IR.

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FP7 ICT 223957-MUTIVIS

MUTIVIS presentation

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Spectroscopy & multispectral

• ptics

Camera controller FPA sensor Check point

Visible Infrared Terahertz

Tunable narrow band: 1.5 - 20 THz, = 200 GHz High power fixed frequency: about 1 THz

Imaging + spectroscopy demonstrators

THz radiation

• Multisp. image

Camera Terahertz Sources

Airport, train station, etc.

Field test in pilot application airport security R & D Validation and Field Test

Imaging sensor THz sources Demonstrators proof of principle proof of principle development prototype prototype technological maturity Spectroscopy & multispectral

• ptics

Camera controller FPA sensor Check point

Visible Infrared Terahertz

Tunable narrow band: 1.5 - 20 THz, = 200 GHz High power fixed frequency: about 1 THz

Imaging + spectroscopy demonstrators

THz radiation

• Multisp. image

Camera Terahertz Sources

Airport, train station, etc.

Field test in pilot application airport security R & D Validation and Field Test

Imaging sensor THz sources Demonstrators proof of principle proof of principle development prototype prototype technological maturity

Project overview

FP7 ICT 223957-MUTIVIS

MUTIVIS presentation

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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

• f 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

MUTIVIS presentation

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Application domains

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

FP7 ICT 223957-MUTIVIS

MUTIVIS presentation

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Partners of the consortium

• CEA: detector design and fabrication
• FBK: ROIC design
• Rainbow Photonics and ETHZ:

Source design and prototyping

• Bosch: coordination, multispectral
• ptics, 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€