News : LMGP

September 13 2018

Deposition of oxide thin films via Spatial Atomic Layer Deposition: in search of high quality oxide semiconductors for electronic and optoelectronic applications

Project description In ever more challenging environmental conditions an increasing amount of scientific work is devoted to the investigation of new materials for energy applications. But apart from finding better materials, new processing tools need to be developed allowing the scalable deposition of high quality materials at low temperatures. Atomic Layer Deposition (ALD) is an […] >>

September 13 2018

Optimization of a Spatial Atomic Layer Deposition system by simulation

Project description In ever more challenging environmental conditions an increasing amount of scientific work is devoted to the investigation of new materials for energy applications. But apart from finding better materials, new processing tools need to be developed allowing the scalable deposition of high quality materials at low temperatures. Atomic Layer Deposition (ALD) is an […] >>

June 11 2018

Realization and optimization of biosensors based on SiC nanolines for DNA electrical detection

PhD proposal 2018 Realization and optimization of biosensors based on SiC nanolines for DNA electrical detection Scientific context : The fast and direct detection of small quantities of biomolecules improves early medical diagnosis of certain serious diseases as cancers and can be used to detect in situ the presence of pathogenic viruses or GMOs for […] >>

May 02 2018

Structure–property relations for manganite memristive devices

CONTEXT Among the various emerging devices expected to replace conventional Flash memories, Resistive Random Access Memories (ReRAM) are currently attracting a strong scientific and industrial interest. Their operations are based on the switching between a low resistive and a high resistive state, which represents the two binary states. ReRAM devices have already demonstrated significant advantages […] >>

April 18 2018

Engineered BiomimEtic platforms to analyse the molecular and cellular role of Heparan Sulfate on bone morphogenetic protein 2

CONTEXTE The industrial development of biomaterials for bone tissue regeneration is steadily increasing due to socio-economical need for bone repair therapies especially caused by the aging of the population and improvement of the quality of life. A boost of bone repair can be achieved using potent osteoinductive proteins, named bone morphogenetic proteins (BMPs). In Europe, […] >>
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