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Seminar: Embedded many-body perturbation theory for organic electronics

Jing Li Institut Néel, CNRS and Grenoble Alpes University Equipe : Théorie de la matière condensée Tuesday, October 24th 11.30 am/ Salle du conseil LCI Abstract : The description of the electronic and optical properties of complex supramolecular systems such as those of interest in organic electronics represents a severe challenge for first principles techniques, […]

Seminar: Embedded many-body perturbation theory for organic electronics

Jing Li Institut Néel, CNRS and Grenoble Alpes University Equipe : Théorie de la matière condensée Tuesday, October 24th 11.30 am/ Salle du conseil LCI Abstract : The description of the electronic and optical properties of complex supramolecular systems such as those of interest in organic electronics represents a severe challenge for first principles techniques, […]

Une journée autour de l’électronique imprimée

En partenariat avec l’association AFELIM, CAPTRONIC et l’IEMN vous proposent une journée autour de l’électronique imprimée au sein de l’IEMN afin de découvrir le développement de la filière et des multiples applications. Objectif :  Faire un tour d’horizon des différents maillons de la chaîne : innovations, formulations, impressions, afin d’identifier les applications possibles. PROGRAMME 10H00 Accueil des participants […]

Une journée autour de l’électronique imprimée

En partenariat avec l’association AFELIM, CAPTRONIC et l’IEMN vous proposent une journée autour de l’électronique imprimée au sein de l’IEMN afin de découvrir le développement de la filière et des multiples applications. Objectif :  Faire un tour d’horizon des différents maillons de la chaîne : innovations, formulations, impressions, afin d’identifier les applications possibles. PROGRAMME 10H00 Accueil des participants […]

Seminar: Scalable High-Throughput mm-Wave “Wireless Fiber” Systems

Amin Arbabian Assistant Professor, Department of Electrical Engineering Stanford University Wednesday, October 18th 11am / IEMN Amphitheater Abstract: Commercial mm-wave systems are addressing a variety of applications in communication and radar. However, scaling of these systems to larger throughputs and spatial coverage is limited by hardware constraints. This work explores challenges in the silicon integration […]

Seminar: Scalable High-Throughput mm-Wave “Wireless Fiber” Systems

Amin Arbabian Assistant Professor, Department of Electrical Engineering Stanford University Wednesday, October 18th 11am / IEMN Amphitheater Abstract: Commercial mm-wave systems are addressing a variety of applications in communication and radar. However, scaling of these systems to larger throughputs and spatial coverage is limited by hardware constraints. This work explores challenges in the silicon integration […]

Seminar: Silicon Integrated Systems for Healthcare

Amin Arbabian Assistant Professor, Department of Electrical Engineering Stanford University Wednesday, October 18th 5.30 pm / Amphi Jean Noël Decarpigny, ISEN Lille Abstract: Advances in healthcare technologies have mainly focused on therapeutics, interventional procedures, and “late-stage” diagnostics. These steps have undergone significant improvements, leading to higher survival rates and enhancements in quality of life. Nevertheless, […]

Seminar: Silicon Integrated Systems for Healthcare

Amin Arbabian Assistant Professor, Department of Electrical Engineering Stanford University Wednesday, October 18th 5.30 pm / Amphi Jean Noël Decarpigny, ISEN Lille Abstract: Advances in healthcare technologies have mainly focused on therapeutics, interventional procedures, and “late-stage” diagnostics. These steps have undergone significant improvements, leading to higher survival rates and enhancements in quality of life. Nevertheless, […]

Une galerie des murmures dans une goutte d’eau

Les ondes acoustiques peuvent servir à contrôler, agiter et mélanger les fluides avec une extrême précision. Des chercheurs de l’Institut d’électronique, de microélectronique et de nanotechnologie, du laboratoire Matière et systèmes complexes et de l’Institut des nanosciences de Paris ont expliqué comment ces ondes pouvaient induire la formation de tourbillons à l’échelle d’une goutte d’eau. […]