Sort by
Refine Your Search
-
-free halide perovskites. 2) To synthesize, delaminate and functionalize MXenes 3) To develop novel sustainable ink formulations based on Pb-free halide perovskites, semiconductor oxides and 2D materials
-
oncology and neurology The Nanomedicine Lab has been awarded one of the prestigious ERC Synergy Grants to co-develop the SKIN2DTRONICS project, which aims to develop ultra-conformable, soft and thin (skin
-
environmental conditions relevant to catalysis and PEC operation. · Work closely with national and international collaborators by offering hands-on support and guidance for in-situ TEM experiments. · Train
-
challenges and contribute to publications in high-impact scientific journals. Requirements: Education: PhD in Physics, Materials Science, Nanotechnology, Electrical Engineering, or a closely related field at
-
, meetings with industry, search of market, etc. Co-supervise PhD, Master and Bachelor Degree students; Train the team members and control the operation protocols of some instrumental units (in particular
-
environmental conditions relevant to catalysis and PEC operation. · Work closely with national and international collaborators by offering hands-on support and guidance for in-situ TEM experiments. · Train
-
: To synthesize Pb-free halide perovskites. To synthesize, delaminate and functionalize MXenes To develop novel sustainable ink formulations based on Pb-free halide perovskites, semiconductor oxides and 2D
-
write up the results, including previous results. Requirements: · Education: PhD · Knowledge: time-domain thermoreflectance, time-resolved photocurrent microscopy, heat transport in
-
well as the mechanism of electrocatalytic oxidation reactions. The main reaction of interest is the electrochemical conversion of methane. The candidate will develop electrochemical and in situ characterisation methods
-
(lab meetings, seminars, etc.) · Train students, researchers, collaborators and new personnel in the synthesis, functionalization and characterisation techniques of nanoparticles · Actively read