PRESENTATION
The Nanosciences department aims to access and act at the nanometric scale in order to target, detect and understand the underlying mechanisms driving the macroscopic response.
For this, he imagines and invents nanomaterials capable of responding at the nanometric scale to an external stimulus (electrical, magnetic, optical, chemical) as well as extremely sensitive nanosensors and nanocharacterization tools. These innovations are essential to solving many societal problems in the fields of health, the environment or the food industry.
The Nanosciences department is strongly interdisciplinary and has skills in chemistry, physico-chemistry, physics, biophysics, materials science and numerical simulation. It has 18 permanent staff (teacher-researchers, researchers and engineers) and around ten non-permanent staff (doctoral students, post-doctoral students). It is organized into two thematic axes which are strongly interconnected:
Aymeric LERAY
HEAD
Aymeric.Leray@u-bourgogne.fr
Phone : 03 80 39 59 04
Lionel MAURIZI
co-head
Lionel.Maurizi@u-bourgogne.fr
Phone : 03 80 39 61 71
ORGANIZATION CHART
SCIENTIFIC
PUBLICATIONS
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PRESENTATION
The Nanosciences department aims to access and act at the nanometric scale in order to target, detect and understand the underlying mechanisms driving the macroscopic response.
For this, he imagines and invents nanomaterials capable of responding at the nanometric scale to an external stimulus (electrical, magnetic, optical, chemical) as well as extremely sensitive nanosensors and nanocharacterization tools. These innovations are essential to solving many societal problems in the fields of health, the environment or the food industry.
The Nanosciences department is strongly interdisciplinary and has skills in chemistry, physico-chemistry, physics, biophysics, materials science and numerical simulation. It has 18 permanent staff (teacher-researchers, researchers and engineers) and around ten non-permanent staff (doctoral students, post-doctoral students). It is organized into two thematic axes which are strongly interconnected:
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HEAD
Aymeric.Leray@u-bourgogne.fr
[/kc_column_text][kc_spacing height="20px" _id="538157"][kc_column_text _id="262764"]
Phone : 03 80 39 59 04Lionel MAURIZI
co-head
Lionel.Maurizi@u-bourgogne.fr
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Phone : 03 80 39 61 71{slide=Elaboration of functional nanomaterials}
The skills of the department focus primarily on the synthesis of nanomaterials for various applications. These materials can be grouped into two categories:
- Nanoparticules
- Superparamagnetic iron oxide nanoparticles (SPIONs)
- To fight against neurodegenerative diseases
- To target extracellular vesicles
- Micro/nano-cargo inspired by clay
- Nanostructures
- For photovoltaics
- Nano-sources and nano-assembly for photonics and plasmonics
- 2D nanoporous membranes for desalination
{/slide}
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The department models and develops various innovative nanosensors and nanocharacterization tools for applications in the fields of health, the environment or food.
- Development of plasmonic/optical nanosensors
- Plasmo-photonic chips for health and agri-food.
- For protein conformation characterization
- Development of fluidic nanosensors
- For the study of the protein crown
- For protein sequencing
- Development of multifrequency characterization tools at the nanometric scale
- Protein/biological membrane interactions
- Non-destructive testing for component analysis
- For pharmaceuticals
For studying the assembly and remodeling of nucleoprotein complexes
{/slide}
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PUBLICATIONS