- - Team : Concept
- - Thesis Direction : Myriam Zerrad
- - Place : Institut Fresnel
- - Duration : 5-6 months
- - Funding : -
- - Contact : myriam.zerrad@fresnel.fr
Background :
Metasurfaces are components made up of patterns (pillars) with geometries and spacing smaller than the wavelength. This nanometer-scale structure allows for local manipulation of light properties [1]. This new type of technology makes it possible to design ultra-thin components with unique properties, sometimes going beyond what is possible with traditional optical components. Many sectors are now interested in this type of technology, which is still relatively unexploited but has very promising potential applications.
Missions :
→ Understanding the physical concepts and design methods used in the field of metasurfaces
→ Numerical simulations of the behavior of sub-wavelength structures
→ Implementation of a method for designing a component that performs the required optical function
→ Duration: 5 to 6 months
To Apply :
Send resume to : edith.hartmann@fresnel.fr and myriam.zerrad@fresnel.fr
