Difference between revisions of "Innovative optical component design"
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| − | [[fr: | + | [[fr:Conception d'éléments optiques innovants]] |
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| + | '''Objectives:''' | ||
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| + | IPP has developed a complete tool of software for the design of new optical components and instruments able to achieve optical functions that could not be performed using usual components and used for example for medical applications. | ||
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| + | '''Our work focuses on:''' | ||
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| + | *sub-lambda diffractive optics | ||
| + | *beam shaping of incoherent light using mutli-face reflector | ||
| + | *augmented reality system | ||
'''What is the meaning of sub-lambda diffractive optics?''' | '''What is the meaning of sub-lambda diffractive optics?''' | ||
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This concerns diffractive optical elements (DOE) having 4 or more phase levels and a binary thickness profile. A DOE pixel contains several periods of a diffractive grating with a sub-wavelength period. This approach is also known as an effective medium. | This concerns diffractive optical elements (DOE) having 4 or more phase levels and a binary thickness profile. A DOE pixel contains several periods of a diffractive grating with a sub-wavelength period. This approach is also known as an effective medium. | ||
| − | ''' | + | '''We have recently obtained:''' |
* modeling of effective medium DOE's | * modeling of effective medium DOE's | ||
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* coupling rigorous electromagnetic calculation tools such as FDTD and RSM | * coupling rigorous electromagnetic calculation tools such as FDTD and RSM | ||
* modeling sub-wavelength period gratings with FMM and FDTD tools. | * modeling sub-wavelength period gratings with FMM and FDTD tools. | ||
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* the calibration of an effective medium DOE fulfilling both splitter and beam combiner functions for applications related to solar energy. | * the calibration of an effective medium DOE fulfilling both splitter and beam combiner functions for applications related to solar energy. | ||
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* thesis scholarship from the Alsace Region | * thesis scholarship from the Alsace Region | ||
* Iraqi government thesis grant | * Iraqi government thesis grant | ||
| + | * Insa-Chinese thesis grant | ||
<gallery widths=200px heights=150px> | <gallery widths=200px heights=150px> | ||
Revision as of 00:01, 8 March 2016
Objectives:
IPP has developed a complete tool of software for the design of new optical components and instruments able to achieve optical functions that could not be performed using usual components and used for example for medical applications.
Our work focuses on:
- sub-lambda diffractive optics
- beam shaping of incoherent light using mutli-face reflector
- augmented reality system
What is the meaning of sub-lambda diffractive optics?
This concerns diffractive optical elements (DOE) having 4 or more phase levels and a binary thickness profile. A DOE pixel contains several periods of a diffractive grating with a sub-wavelength period. This approach is also known as an effective medium.
We have recently obtained:
- modeling of effective medium DOE's
- adaptation of laser ablation lithography for sub-wavelength period DOE manufacturing
- manufacturing of effective medium DOE's by the photolithography technique
- coupling rigorous electromagnetic calculation tools such as FDTD and RSM
- modeling sub-wavelength period gratings with FMM and FDTD tools.
- the calibration of an effective medium DOE fulfilling both splitter and beam combiner functions for applications related to solar energy.
Funding:
- thesis scholarship from the Alsace Region
- Iraqi government thesis grant
- Insa-Chinese thesis grant
Surface thickness modulation of 4-typical-level DOE with an effective medium
Black and white image used for the development of the photolithographic mask used to manufacture effective medium cylindrical lens
Simulation of an effective medium Fresnel lens
False colour height image of a 4-level DOE measured by interferometry (CSI, Zygo)
