Centre for Sensors, Instruments and Systems Development

Universitat Politècnica de Catalunya

Shaping light to your needs

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Projects

Adaptive optics without sensor for amateur astronomy.

Adaptive optics (AO) allows real-time compensation of the distortion induced by the atmosphere in large astronomical telescopes. Usually AO systmes ... [+info]

Active optical metrology for applications in the nanometric scale.

Active and adaptive optics have already proven their capabilities in the field of optical metrology, as a complementary tool which ... [+info]

New methods and instrumentation to study the human eye optics and multispectral images.

This coordinated project is situated in the context of two fields of investigation with a great interest such as the ... [+info]

Image of cantilever during measurement

A photonics based biosensor with plasmonic accuracy and low cost.

The project aims to develop a proof of concept pre-prototype capable of delivering results with comparable or superior accuracy to those ... [+info]

in vitro Through-focus IOL testing

Biophotonics and hyperspectral imaging technology applied to visual health and skin cancer research.

BIOHYP aims at developing new methods and diagnostic tools as well as original and feasible solutions applicable to visual health ... [+info]

CAREF - HEALTH CARE INNOVATION LAB. ORBITAL 40.

Health Care Innovation Lab, Orbital 40 (PECT)

The Photonics is the set of technologies that use the light like element to generate applications in all the scopes. ... [+info]

Development of new techniques and advanced instrumentation for clinical evaluation of eye's optical quality and color measurement in industrial applications of high interest

The project lies in the context of two research fields of hight scientific and technological interest, visual optics and color technology. ... [+info]

Preliminary design of the research prototype

Optical sectioning techniques using self-powered interferometry: applications in biophotonics.

Optical Feedback Interferometry (OFI) is an optical sensing scheme that has become the core working topic of our research. In OFI, ... [+info]

Eye skin wrinckles topography - Final processed result

Three-dimensional profilometry of the human skin by means of fringe projection

The project proposes the development of an application based 3D projection profilometry oriented bands performing three-dimensional topography of human skin. ... [+info]

Extranet
CD6 Centre for Sensors, Instruments and Systems Development
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