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(Nature Communications, may 2016) First experimental demonstration, and detailed analysis of the self-healing of perovskite cells after a very slow degradation of photovoltaic yields under solar radiation. (...)
(Nature, july 2016) The new perovskite sector for photovoltaics, born in 2012-2013, is entering a second phase after an initial period marked by a tremendous increase in conversion performance records. (...)
(iSTE-Elsevier, july 2016) This book presents a didactic presentation of the state of art on lasers for integrated photonics on silicon chips: description of the need for efficient laser sources on silicon, different ways of integration in microprocessors, description of main realizations, monolithic integration, cavity geometries, integration strategies (...)
Current trends in Optical and X-Ray metrologies of key enabling nanomaterials/devices for the Ubiquitous Society, renewable energy and health
The Symposium is aimed to: give an overview of the (...)
Within his PhD thesis "Phase noise in optical sources"
We report on the frequency noise reduction performance of a feed-forward technique. The Letter is based on frequency noise measurements (...)
Within his PhD thesis "Study of gallium nitride indium monomode lasers"
In this paper, we report, through a comparative analysis of static and dynamic measurements, on the impact of mode hopping (...)
Presentation The halide perovskite materials have formed a new class of semiconductors with outstanding optoelectronics and photovoltaic properties. These materials have revealed a variety of (...)
Materials based on halide perovskites have recently revolutionized the field of photovoltaics and are currently explored for many other optoelectronic applications with highly promizing results (...)
Vertical perovskite solar cells
The growth of perovskite multilayers is controlled to enhance the vertical transport of charge carriers. Design and optimisation rules are proposed.
a)Solar cell (...)
Within the Ph.D study supervised by Charles CORNET and co-supervised by Laurent PEDESSEAU at FOTON Institute, Ida LUCCI proposes an original study based on scanning tunneling microscopy images, (...)
