Structuring matter at the length scale of the wavelength allows modifying and controlling the propagation of waves. Periodic structuration, as an example, introduces domains of frequency where light cannot propagate even though the surrounding...
By monitoring the resonant properties of nanostructured-materials it is possible to achieve an ultra-sensitive detection of the modification of their near-field properties: this property can be used in sensors. The structuring of materials can...
by Cécile Duflot · Published 19 July 2021
· Last modified 29 July 2021
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...
Spectral broadening in single quantum dot emission under high excitation power PhD Student: Damien Simonot Year of the defense: 2023 Funding: Team(s): Acoustics and optics for nanosciences and quantum physics Teams’ Page of...
by Cécile Duflot · Published 8 June 2021
· Last modified 28 July 2021
Seminars Highlights Internships/Thesis/Jobs Members The INSP is part of the “Sorbonne Quantum Information Center” (QICS) which was founded in January 2020 to gather the Sorbonne University Alliance community around quantum information. 3 topics...
by Cécile Duflot · Published 8 June 2021
· Last modified 27 July 2021
Member Daniel Garcia Quantum optomechanics and electromechanics is a fast growing field with promising applications in quantum information. This project aims to develop a novel quantum electromechanical device capable of obtaining full quantum control...
by Cécile Duflot · Published 17 May 2021
· Last modified 6 March 2023