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Postdoc – High frequency performance of materials for flexible electronics

Background: Foldable, thin, light-weight, stackable, high performance – this is the promise that flexible electronics and integration of highly heterogeneous functional and structural materials holds today. Smart systems featuring ubiquitous intelligence such as wireless sensor networks, micro-aerial vehicles, embedded defense, security and biomedicine chips, environment monitoring and smart textiles are all applications that flexible electronics […]

Postdoc – Demonstration of Mechanically Flexible/Stretchable Wireless Sensor Nodes

Background: Foldable, thin, light-weight, stackable, high performance – that’s the promise that flexible electronics and integration of highly heterogeneous functional and structural materials holds today. Smart systems featuring ubiquitous intelligence such as wireless sensor networks, micro-aerial vehicles, embedded defense, security and biomedicine chips, environment monitoring and smart textiles are all applications that flexible electronics and […]

Posdoc – Development of microstructuration techniques using laser photo-thermal ablation

Background: Foldable, thin, light-weight, stackable, high performance – that’s the promise that flexible electronics and integration of highly heterogeneous functional and structural materials holds today. Smart systems featuring ubiquitous intelligence such as wireless sensor networks, micro-aerial vehicles, embedded defense, security and biomedicine chips, environment monitoring and smart textiles are all applications that flexible electronics and […]

Zero-dimensional transistor harvests bubble energy wasted during water electrolysis

A zero-dimensional transistor is placed in contact with a water droplet containing NaCl ions. A current between the anode and cathode generates hydrogen and chlorine bubbles, which the transistor can detect and transform into electric pulses. N. Clément et al. © American Chemical Society   When hydrogen is produced from water during electrolysis, some energy […]

Séminaire Ferry Kienberger

‘Scanning microwave microscopy: dopant profiling, spectroscopy, and modeling’ Ferry KIENBERGER Agilent Research Lab (Linz, Autriche) 24/10/2013 à 14h00 – Amphithéâtre de l’IEMN Scanning microwave microscopy (SMM) is a recent development in nanoscale imaging technique that combines the lateral resolution of atomic force microscopy (AFM) with the high measurement precision of microwave analysis at GHz frequencies. […]

Séminaire Ferry Kienberger

‘Scanning microwave microscopy: dopant profiling, spectroscopy, and modeling’ Ferry KIENBERGER Agilent Research Lab (Linz, Autriche) 24/10/2013 à 14h00 – Amphithéâtre de l’IEMN Scanning microwave microscopy (SMM) is a recent development in nanoscale imaging technique that combines the lateral resolution of atomic force microscopy (AFM) with the high measurement precision of microwave analysis at GHz frequencies. […]

Journée d’information Horizon 2020

  Une journée d’information sur les appels en Technologies de l’Information et de la Communication (TIC) du programme H2020 de l’Union Européenne est organisée par Nord France Innovation Développement pour les acteurs du secteur des TIC en Nord, Pas-de-Calais. Date : 3 octobre 2013 au Laboratoire Central de l’IEMN Toutes les informations sur le site « J’innove […]

Postdoc – Electromagnetic characterization of interconnections used with flexible substrates

Object: 12 months Position of post-doc for electromagnetic characterization of interconnections used with flexible substrates. Job description: The successful candidate will participate to studies for electromagnetic characterization of substrates dedicated to flexible electronics and to interconnects high frequency characterization. The work will focus on the development and implementation of protocols for extraction of electromagnetic parameters […]

Des puces tout en souplesse

Article paru dans le numéro 13 de la revue J’innove en Nord-Pas de Calais Labellisé Equipex, le projet LEAF rassemble l’IEMN de Villeneuve d’Ascq et le LAAS de Toulouse pour rendre les puces électroniques à la fois flexibles et performantes, avec un vaste potentiel d’applications à la clé. Pour que le téléphone portable de demain […]

La mine d’or du crayon

Article paru dans le numéro 13 de la revue J’innove en Nord-Pas de Calais Avec un budget d’1 milliard d’euros sur dix ans, le projet européen Graphène peut révolutionner l’innovation dans de nombreux domaines, en exploitant le potentiel du nanomatériau dont il porte le nom. 1 milliard d’euros sur dix ans : le chiffre est […]