For a few years now, multimode optical fibers have been the focus of renewed interest from researchers and industry. Indeed, "single-mode" fibers, in which light can only follow one path, seem to have reached a performance plateau.
To study multimode optical fibers (MMF), researchers from the
ESPCI web site
Protein engineering offers huge potential rewards, but is a slow and arduous process. Tiny molecular machines could massively speed up the rate at which novel and improved variants can be found.
The CORDIS platform on european funded researched recently highlighted the work of Yannick Rondelez
Mathias Fink and Mickael Tanter have been nominated amongst the european inventor award finalists by the European Patent Office.
A few years ago, they invented a new tool for medical imaging : shear waves elastography, combined with ultrasound imaging to measure the stiffness of biological
Mapping the cerebral vascular network in human patients, at unprecedented scales: this tour de force has been achieved by the French laboratory Physics for Medicine Paris (ESPCI Paris-PSL, Inserm, CNRS). In a study published in front page of Nature Biomedical Engineering, the research team details
The Physics for Medicine Paris laboratory (Inserm/ESPCI Paris-PSL/CNRS), in collaboration with Robert Debré Hospital (AP-HP/Inserm) is developing functional ultrasound imaging to monitor the brain activity of neonates in a way that existing neuroimaging modalities do not achieve. Their latest study,