We present a new nonlinear optical technique to study surface chirality. We demonstrate experimentally that the efficiency of second‐harmonic generation from isotropic chiral surfaces is different for excitation with fundamental light that is +45° and −45° linearly polarized with respect to the p‐polarized direction
International audienceCircular dichroism contains rich information on the conformation of molecules ...
In optics, chirality is typically associated with circularly polarized light. Here we present a nove...
The enantiomers of a racemic photoresponsive material represent two distinct states that can be modu...
We present a new nonlinear optical technique to study surface chirality. We demonstrate experimental...
We present a new nonlinear optical technique to study surface chirality. We demonstrate experimental...
We present a new nonlinear optical technique to study surface chirality. We demonstrate experimental...
We present a new nonlinear optical technique to study surface chirality. We demonstrate experimental...
We present a new nonlinear optical technique to study surface chirality. We demonstrate experimental...
We present a new nonlinear optical technique to study surface chirality. We demonstrate experimental...
We present a new nonlinear optical technique to study surface chirality. We demonstrate experimental...
Contains fulltext : 10247.pdf (publisher's version ) (Open Access
Contains fulltext : 10243.pdf (publisher's version ) (Open Access
An erratum is presented to clarify both the direction of light polarization in our experiments and t...
We present a new nonlinear optical technique to study surface chirality. We demonstrate experimental...
International audienceCircular dichroism contains rich information on the conformation of molecules ...
International audienceCircular dichroism contains rich information on the conformation of molecules ...
In optics, chirality is typically associated with circularly polarized light. Here we present a nove...
The enantiomers of a racemic photoresponsive material represent two distinct states that can be modu...
We present a new nonlinear optical technique to study surface chirality. We demonstrate experimental...
We present a new nonlinear optical technique to study surface chirality. We demonstrate experimental...
We present a new nonlinear optical technique to study surface chirality. We demonstrate experimental...
We present a new nonlinear optical technique to study surface chirality. We demonstrate experimental...
We present a new nonlinear optical technique to study surface chirality. We demonstrate experimental...
We present a new nonlinear optical technique to study surface chirality. We demonstrate experimental...
We present a new nonlinear optical technique to study surface chirality. We demonstrate experimental...
Contains fulltext : 10247.pdf (publisher's version ) (Open Access
Contains fulltext : 10243.pdf (publisher's version ) (Open Access
An erratum is presented to clarify both the direction of light polarization in our experiments and t...
We present a new nonlinear optical technique to study surface chirality. We demonstrate experimental...
International audienceCircular dichroism contains rich information on the conformation of molecules ...
International audienceCircular dichroism contains rich information on the conformation of molecules ...
In optics, chirality is typically associated with circularly polarized light. Here we present a nove...
The enantiomers of a racemic photoresponsive material represent two distinct states that can be modu...