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PhD Position – Vascular Imaging of the Uterus
Advisors: Name: Justine Robin & Béatrice Walker E-mail: justine.robin@espci.fr, beatrice.walker@inserm.fr The objective of this PhD project is the characterization of the uterus vasculature in the non-pregnant state. Using ultrafast ultrasound, the student will image this vasculature at different time points of the hormonal cycle to study morphological and functional changes under physiological conditions. Scientific […]
Internship – Design and testing of hydrogel prototypes for improved skin-probe coupling in ultrasound imaging
Background: Ultrasound is the most wide-spread imaging modality in the clinic, with the advantage of being portable and moderately inexpensive. However, it has traditionally suffered from the trade-off between resolution and framerate, limiting its resolution to the order of 1mm. Introduced in 2015, a novel imaging modality called ultrasound localization microscopy (ULM) has allowed considerably […]
Stage – Algorithme haute performance de reconstruction pour l’échographie 3D ultrarapide
Algorithme haute performance de beamforming volumétrique pour l’échographie 3D ultrarapide Encadrant: Gwendal Henry, Mathieu Pernot Laboratoire: Physique pour la Médecine, INSERM, CNRS, ESPCI-Paris, PSL Parisanté campus, 10, Rue d’Oradour-sur-Glane, 75015 Paris / Hopital Européen Georges Pompidou, 15 rue leblanc 75015 Contact : gwendal.henry@espci.fr/mathieu.pernot@espci.fr Technologies clés : C/C++, CUDA, Calcul Parallèle (HPC), Traitement du signal. Contexte […]
Research Internship – Simulation of ultrasound propagation in the human cochlea for neuromodulation of ganglionar cells in hearing restoration
Objective of the project: determine via ultrasound propagation simulations if neuromodulation of neurons in the cochlea is doable. Context: Hearing restoration using cochlear implant is very widely used (more than 1 million people implanted worldwide) but non-optimal due to unbridgeable constraints: limitation in spatial resolution of electrical stimulation via an electrode array due to conduction […]
Postdoctoral position – Toward Ultrasensitive 3D Ultrasound Localization Microscopy for Whole-Organ and Clinical Translation
The postdoctoral researcher will lead the development of next-generation ultrasensitive 3D/4D ULM, leveraging novel ultrasonic multi-lens probe technology (Favre et al PMB 2023; Haidour et al Nature Com 2025), ultrafast acquisition sequences, and advanced signal processing.
Postdoctoral position – Cardiovascular imaging
Location: Institute Physics for Medicine Paris, 2-10 rue d’Oradour-sur-Glane, 75015 Paris Contact: mathieu.pernot@espci.fr
Postdoctoral position – Ultrasound neurostimulation system development
Location: Institute Physics for Medicine Paris, 2-10 rue d’Oradour-sur-Glane, 75015 Paris Contact: Jean-Francois Aubry