The use of stimuli-responsive polymeric materials is nowadays a hot topic because of their immense application possibilities. The deformation of PMP are intended to be induced and controlled by impinging ligth by its intensity, polarization state, wavelength. Specifically, PMP actuators change their shape or volume in response to light . We have developed two different…Details
We are proud to share our first Newsletter. It provides you with general information of the project. If you are interested in our project, we invite you read it (by clicking on it) and then to subscribe to it.
CNR has presented a poster at the Summer School 2020 “Computational Photonics” at Karlsruhe (21 to 25 September 2020). It is called “Nanostructures and Photo-Mobile Materials to manipulate ligth by ligth“. Meet Massimo Rippa to have explanations!
PULSE-COM partners have gathered in Cetraro (Italy) from 12th to 14th of September Despite these troubled times with Covid-19 it has been possible for us to gather and to work hard on, among other things: technical advancement of the project, KPIs, risks and to have our first meeting with our prestigious Advisory Board. This fruitful…Details
Example of a movement sequence of our photopolymer
The PULSE-COM project has started the 16th-17th of January in CNR (Pozzuoli). The 8 partners are excited to work on the generation of new Photo-Piezo-Actuators From left to right: R. CASTAGNA (CNR), G. ARDILA (UGA), F. SIMONI (CNR), J. GAUTHIER (CTEC), M. HARAS (CBRTP), L. PETTI (CNR), G. NENNA (ENEA), M. THOMACHOT (CTEC), J. HERISSON…Details