Activities

WP no. Work Package Title Main content (keyword) Total effort (Person-months) Work package leader Participating Project Partners
WP1 Design, modeling and development of sol-gel and co-precipitated boro-phosphate materials as powder and coatings: Thin nano-structured boro-phosphate glass films by sol-gel method using spin-coating method; Measurement of properties for nano-structured boro-phosphate glass powders and thin films. Correlation structure-properties Sol-gel; Boro-phosphate glass thin coatings; Spin-coating; Nano-structured materials; Physico-chemical properties; Structure 24 CO P3
WP2 RFMS deposition of nanostructured doped boro-phosphate glass thin films: Development of doped nano-structured boro-phosphate glass thin films by RFMS; Thermal, structural, magnetic and optical properties measurements for the obtained thin films Radio Frequency Magnetron-Sputtering; Nano-structured thin films; Structure; Thermal, magnetic and optical properties; 22 CO P3
WP3 PLD at high field (G-TW) and very short pulse (fs)(PLD-G-TW-fs) of nano-structured boro-phosphate glass thin films with functional surfaces: Properties measurements for the obtained thin films Pulsed Laser Deposition; High field and very short pulse; Boro-phosphate thin films; Functional surfaces; Properties 20 CO P3
WP4 Modeling and design of meta-materials and negative refractive index nano-structured boro-phosphate glassy materials; Properties measurements for the obtained materials; dissemination Meta-materials; Negative refraction index; Properties; Dissemination 18 P3 CO
WP5 Patent elaboration related to the preparation method of new powders and thin films from vitreous materials Patent deposition 5 CO P2, P3
WP6 Functionality demonstration for the obtained powders and thin films Demonstration of functionality 5 P2 CO, P3
WP7 Design and prototype manufacturing of Faraday rotator /ultrafast opto-magnetic switch based on BPG Design of Faraday rotator /ultrafast opto-magnetic switch prototype Modeling and simulation of opto-magnetic parts. Manufacturing of Faraday rotator /ultrafast opto-magnetic switch prototype 30 P2 CO, P3
TOTAL 124