This thesis applies detailly the Stokes-Mueller formalism in the context of measurement of chiroptical properties in supramolecular system. This work allowed us to follow progressive emergence of chirality during the spontaneous self-assembly process through a transmission polarimetry measurement. Then, by developing Mueller polarimetry in emission, we have been able to identify and circumvent some potential artefacts on the measurement of chiral emission signals generated by excited chiral molecular systems. The theoretical and experimental elements brought together in this work provide a solid basis to pursue this research theme, aiming at exploring the intimate and subtle links between molecular chirality and optical chirality.Cette thès...
We show that chiral Frenkel excitons yield intense circularly polarized luminescence with an intrins...
Chirality in molecular opto-electronics is limited sofar to the use of optically active liquid cryst...
The introduction of polarimetry in optical imaging of biological tissues provides a powerful method ...
This thesis applies detailly the Stokes-Mueller formalism in the context of measurement of chiroptic...
Supramolecular organizations of achiral molecules are known to undergo spontaneous mirror symmetry b...
Featured Application The analysis of the transmission of Mueller matrices facilitates studies of opt...
Dans ce manuscrit de thèse, nous utilisons les propriétés fondamentales de la chiralité planaire pou...
In this thesis manuscript, we use the fundamental properties of planar chirality to fabricate Fabry-...
AbstractChirality in materials and light is of abiding interest across a broad range of scientific d...
It has been shown previously that chiral materials can rotate the direction of incident polarized li...
Circularly polarised emission spectroscopy, otherwise known as circularly polarised luminescence, de...
The interactions of light and anisotropic matter are described with a specific focus on multilayered...
For in vivo determination of optically active (chiral) substances in turbid media, like for example ...
Optical activity is the defining property of chiral materials that is essential for characterization...
Circular polarization of luminescence is a phenomenon that can be observed for chiral molecules in i...
We show that chiral Frenkel excitons yield intense circularly polarized luminescence with an intrins...
Chirality in molecular opto-electronics is limited sofar to the use of optically active liquid cryst...
The introduction of polarimetry in optical imaging of biological tissues provides a powerful method ...
This thesis applies detailly the Stokes-Mueller formalism in the context of measurement of chiroptic...
Supramolecular organizations of achiral molecules are known to undergo spontaneous mirror symmetry b...
Featured Application The analysis of the transmission of Mueller matrices facilitates studies of opt...
Dans ce manuscrit de thèse, nous utilisons les propriétés fondamentales de la chiralité planaire pou...
In this thesis manuscript, we use the fundamental properties of planar chirality to fabricate Fabry-...
AbstractChirality in materials and light is of abiding interest across a broad range of scientific d...
It has been shown previously that chiral materials can rotate the direction of incident polarized li...
Circularly polarised emission spectroscopy, otherwise known as circularly polarised luminescence, de...
The interactions of light and anisotropic matter are described with a specific focus on multilayered...
For in vivo determination of optically active (chiral) substances in turbid media, like for example ...
Optical activity is the defining property of chiral materials that is essential for characterization...
Circular polarization of luminescence is a phenomenon that can be observed for chiral molecules in i...
We show that chiral Frenkel excitons yield intense circularly polarized luminescence with an intrins...
Chirality in molecular opto-electronics is limited sofar to the use of optically active liquid cryst...
The introduction of polarimetry in optical imaging of biological tissues provides a powerful method ...