PROIECTE IN LUCRU
Developing and implementation of a new generation of nanosafety assessment tools 2016-2019
Development of a non-invasive breath test for early diagnosis of tropical diseases.
In the NOVAGLASS project, additional functionalities based on printed electronics technologies will be explored covering lighting sources and RFID detection systems.
developing a new versatile, integral, trustable robust, accurate and fully-monitored manufacturing process based on new cuttingedge production microtechnologies, capable to provide a wider range of customized geometries for ICRS parts, reducing surgery complexity and variability, and offering a better solution to more specific needs of patients.
develop a robotic micromanipulation system with MEMS micro-grippers integrated with microsensors for position/force feedback control for cell manipulation.
Scopul proiectului este reprezentat de realizarea unui nou implant ocular nanocompozit bazat pe hidroxiapatita si poliuretan
The project proposes as a main research direction, the achievement of a new class of vitreous advanced nano-functional layers and multilayers, with complex magnetic and optical properties, by non-conventional methods
will face this challenge by developing a fully integrated tool for the extraction of ENPs from complex matrices and their subsequent detection and identification. The device will be tailored to be used as a cost-effective monitoring tool, allowing for analytics of food and cosmetics close to the point of need (Point-of-Product Testing POPT and Point-of-Food Testing POFT).
Proiectele vizează dezvoltarea de noi compusi organometalici pe bază de azo-derivați, ferocene și acridine care pot fi integrate in dispozitive optice de comutare de mare viteza. Provocările proiectului NANOCEA sunt materialele hibride sintetizate prin metoda sol-gel si filme subtiri / pixeli / heterostructuri prelucrate prin tehnologiile alternative cu laser și testarea acestora.
Develop a new nanostructured doped BST based
multifunctional gas sensor platform with specific sensitivity for detecting each gas from the group H2S,
SO2 and NH3 providing the potential to operate at temperatures as near as possible to the ambient temperature
and a detection range between 0-100 ppm.