Events

History of photovoltaic technologies (1839-2021) : almost two centuries of discoveries, innovations and human adventures

Edmond Becquerel and technological innovation : physics " applied to art and industry

Li-metal to Li-ion batteries associated with the transition from sulfides to lamellar oxides

From minerals to nanomaterials : geologically inspired syntheses for new functional solids

The rise of modern photovoltaics : Fundamental aspects of photovoltaic conversion

In search of ultimate performance in photovoltaic conversion

Alkali-based lamellar oxides : their evolution over the years through chemistry

Crystalline porous materials and their ability to capture molecules and ions

Crystalline silicon technology

Thirty years of technological and industrial developments in crystalline silicon solar cells

Emergence of anionic redox in Li-rich lamellar oxides : basic fundamentals

Thin-film technologies (aSi, CdTe, CIGS, GaAs)

Low-temperature plasma processes for silicon thin-film deposition : from amorphous to crystalline

Anionic redox on disordered lamellar compounds or even fluorine- or sodium-based compounds

Topochemical intercalation into (oxy)chalcogenide compounds based on anion redox activity

Emerging technologies and new concepts (multijunction, perovskite, organic, photoelectrochemical)

Halogenated hybrid perovskites : new semiconductors to meet the challenges of photovoltaics

Anionic redox from oxides to Li-rich sulfides and oxysulfides

Mixed anion compounds : a fascinating journey from solid state chemistry to the sociology of atoms

From cell to system

Architecture, reliability and evolution of photovoltaic systems

Weakly degenerate quantum gases : the virial approach

Hybrid quantum circuits : from atomic physics on a chip to detecting the dark matter of the universe

2D to 3D insertion compounds comprising spinels and other materials and other polyanionic insertion materials based on phosphates, silicates and sulfates

Photovoltaics and energy transition. Visions for 10 years, 30 years

The future in the light of current local experience and developments

The Bogoliubov quantum approach