INSP

INSP

Equipe: Chemical Physics and Dynamics of Surfaces

Nano Photo-Phononics

Nano Photo-Phononics

Séminars Highlights Internships/PhD/Jobs Members   The Nano Photo-Phononics thematic axis gathers the activities of the INSP involving the propagation of waves. These activities aim at tailoring the properties of matter for controlling the propagation...

Seminar – Ultrafast Energy Transport in the Presence of Nanoscale Defects – James Utterback – 26/07/21

26/07/2021 @ 11 h 00 min – Corridor 12-22, 4th floor, room 426 James Utterback – UC Berkeley Abstract At the nanoscale, energy carrier transport must navigate length scales intrinsic to material defects. How do heterogeneous environments and interfaces impact transport properties? How can we access information about energy carriers that traditionally do not have clear spectroscopic signals? In this presentation I […]

PULSE School – 02-08/07/21

02/07/2021-08/07/2021 @ Toute la journée/All day long – Topics Crystal growth: basic concepts Semi-conductor epitaxy Properties of nanostructures and their characterization Technological applications Speakers Peter Voorhees, Alberto Pimpinelli, Eli Kapon, Bernard Gil, Mathieu Abel, Monica Bollani, Lorenzo Riguti, Guylaine Poulin-Vittrant, Julien Brault, Dtelev Grützmache, Clément Merckling, Michele Amato, Jean-Noël Aqua, Isabelle Berbezier, Noëlle Gogneau, Valerio Pasquali. School chair: J. N. Aqua Registration deadline: June […]

Chemical Physics and Dynamics of Surfaces – E-STM platform

Chemical Physics and Dynamics of Surfaces – E-STM platform

In the framework of a partnership with the Laboratoire de Chimie-Physique Matière et Rayonnement (LCPMR) and the Laboratoire de Réactivité de Surfaces (LRS), of Sorbonne University, the team manages an environmental scanning tunneling microscope...

Highlights

Photoconduction at the diffusion length limit

Nanocrystals became an essential building blocks of modern optoelectronics. In the infrared, HgTe nanocrystals are used for the fabricate cameras and LEDs. In these polycrystalline materials, hopping has often been seen as a bottleneck...