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Find an advisor

The advisors must be selected among the 4 recruiting universities, AMU, UAM, SUR and ULB. Co-advisors must be selected among the 10 universities listed on the Partner Universities section (recruiting universities + associated universities).

It is not mandatory to select an advisor from this database; this search tool is meant as an assistance to candidates, but you may contact potential advisors from the four recruiting universities who are not on this list. Please visit the research centers links.

Note that for AMU and ULB, only one contact person per research institute is listed, who will assist you in finding a supervisor that matches your research subject. Use the CIVIS3i contact form to request assistance.

When contacting a potential advisor, CIVIS3i recommends that you present yourself, attach your CV including links to your online academic profiles (which should be updated), indicate what is the reason for your contact, the fellowship programme name (mention it is a Horizon 2020 Marie Skłodowska-Curie Actions COFUND programme) and website, your tentative title and an abstract if you have one ready, and why do you think this researcher is the best fit for your project. Add also what is required from the advisor (eg, contribution to the proposal preparation, typical postdoctoral supervision, duties during the fellowship such as progress reports, etc). You may indicate that if this researcher is currently not available to supervise you, you’d be grateful if she/he could recommended colleagues suitable to supervise your research. Kindly ask for a reply and indicate the maximum reply date ("please kindly reply by XXX"). Please translate the email into the language of the country (eg, French if you are contacting a researcher from AMU) and include also the English text at the end of the message.

Antonio Polimeni

Sapienza Università di Roma
Scientific area : Physics (PHY)
Expertise : Semiconductors and insulators,Nanotechnology: nanomaterials,tools and techniques,applications of nanotechnology,Electronic properties of materials,surfaces,interfaces,Films and Interfaces

Francesco Battista

Sapienza Università di Roma - Civil and Industrial Engineering, Department of Mechanical and Aerospace Engineering
Scientific area : Information Science and Engineering (ENG) / Physics (PHY)
Expertise : Fluid mechanics,hydraulic-,turbo-,and piston engines,Fluid dynamics Turbulent flow simulations, Particle laden flows.

Marco Rossi

Sapienza Università di Roma
Scientific area : Information Science and Engineering (ENG) / Physics (PHY)
Expertise : Electrical and electronic engineering: semiconductors,components,systems,Materials engineering,Nano engineering,Nanotechnology: nanomaterials,tools and techniques,applications of nanotechnology,Metrology and measurement,Electronic properties of materials,surfaces,interfaces,Nanophysics: nanoelectronics,nanophotonics,nanomagnetism,nanoelectromechanics,etc.,Solid-state devices

Augusto Nascetti

Sapienza Università di Roma - School of Aerospace Engineering
Scientific area : Information Science and Engineering (ENG) / Physics (PHY)
Expertise : Electrical and electronic engineering: semiconductors,components,systems,Sensor networks,embedded systems,hardware platforms,Aerospace engineering,Astrobiology,astrochemistry Lab-on-chip, Thin-film sensors, Nanoand pico-satellites

Fabrizio Frezza

Sapienza Università di Roma - Information Engineering, Computer Science and Statistics
Scientific area : Physics (PHY) / Information Science and Engineering (ENG)
Expertise : Optical engineering,photonics,lasers,Materials engineering,Numerical analysis,simulation,optimisation,modelling tools,Diagnostic and implantable devices,environmental monitoring,Machine learning,data mining,statistical data processing and applications,Nano engineering,Computational engineering and computer aided design,Electrical and electronic engineering: semiconductors,components,systems,Optical engineering,Plasmonics,Photonics,Optical physics,Nano-optics Microwave waveguides, antennas and resonators, electromagnetic scattering, anisotropic media, artificial materials and metamaterials, biomedical applications, spectroscopy, terahertz applications, technological transfer, history of science and technology

Stefano Lupi

Sapienza Università di Roma - Science
Scientific area : Physics (PHY)
Expertise : Chemical Physics,Nano-optics,Optical physics,Non linear optics,Photonics,Electronic properties of materials,surfaces,interfaces,Magnetism and strongly correlated systems,Acoustics Infrared and Terahertz Spectroscopy

Francesco Piacentini

Sapienza Università di Roma - Mathematical, Natural and Physical Sciences
Scientific area : Physics (PHY)
Expertise : Astronomical instrumentation: telescopes,detectors,techniques,Cosmology,Cosmic Microwave Background (CMB)

Francesco Creta

Sapienza Università di Roma - Faculty of Industrial and Civil Engineering, Dept. of Mechanical and Aerospace Engineering
Scientific area : Chemistry (CHE) / Physics (PHY) / Mathematics (MAT)
Expertise : Green chemistry,Scientific Computing,Chemical Physics,Fluid dynamics,Computational Physics Computational Fluid dynamics, Combustion, turbulence, aerospace propulsion, hydrogen enrichment

Christian Napoli

Sapienza Università di Roma - Faculty of Information Engineering, Informatics, and Statistics
Scientific area : Information Science and Engineering (ENG) / Physics (PHY)
Expertise : Algorithms,distributed,parallel and network algorithms,algorithmic game theory,Bioinformatics,e-Health,medical informatics,Artificial intelligence,intelligent systems,multi agent systems,Cognitive modelling,cognitive engineering,cognitive sciences,Parallel/distributed systems,GPGPU,grid,cloud processing systems,Machine learning,data mining,statistical data processing and applications,Scientific computing and data processing,Neural networks,connectionist systems,fuzzy logic,Evolutionary computing,biologically-inspired computing,Diagnostic and implantable devices,environmental monitoring,Signal processing,Energy systems,smart energy,smart grids,wireless energy transfer,Energy collection,conversion and storage,renewable energy,Simulation engineering and modelling,Industrial bioengineering,Astrometry,Plasmonics,Photonics applications,Computational Physics,Complex systems,Networks,Space weather,Solar physics,Extrasolar planets and exoplanets,Formation,structure and evolution of stars,Cosmology,Cosmic Microwave Background (CMB),Astronomical instrumentation: telescopes,detectors,techniques

John Russo

Sapienza Università di Roma - Department of Physics
Scientific area : Physics (PHY)
Expertise : Soft condensed matter,Computational Physics,Chemical Physics