Advanced Multi-scale Chemistry and Nanostructures in Various Applications
Explore the integrated multi-scale chemistry from unique molecules to nanostructures with a focus on cultural heritage, interstellar and planetary chemistry, synthetic theory, environmental impact, health applications, and nanotechnology in energy and information systems. Join the LEM Molecular Chemistry Team for cutting-edge research in instrumentation and microscopy, intercalating redox probes in DNA, nanochemistry for energy and environmental sustainability, and more. Stay updated on the latest developments in the field of chemistry through their groundbreaking work.
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Presentation Transcript
Chimie intgre multi-chelle: de la mol cule unique aux nano difices Patrimoine culturel Chimie interstellaire et plan taire Th orie Synth se Instrumentation Chimie et environnement Chimie et sant Nanochimie de l'information et de l nergie 1
Chimie mol culaire LEM Equipe Kanoufi/Combellas Doctorants Post-doctorants Instrumentation plateforme de microscopie Raman exalt e de surface UPMC ITODYS-P7 2
Chemistry and Health Intercalating redox probes in double strand DNA for electrochemical PCR Nanochemistry for Detection 2D or 3D supracrystals as a platform for electrochemistry-SERS coupling + O2 h ' H2O2 h e- UPMC LEM-P7 LEM-P7 ENSCP start: September 2015 Nano research, 2015, 8, 1615 3
Nanochemistry for Information ITODYS-P7 UPMC Control of the propagation of an encapsulated oscillating reaction Chem. Sci. 2014, 5, 1854 Anal. Chem. 2015, 87, 9621 Implementation of POMs for molecular memories ITODYS-P7 UPMC N2 4 Langmuir, 2014, 30, 2287 J. Mat. Chem. C, 2015, 3, 6266 Chem. Eur. J., 2013, 19, 13838
Nanochemistry for Energy Environment and Chemistry Selective, efficient CO2 to CO conversion in water (pH 7) O2reductive activation in bioinspired metallic complexes carbon nanotube LEM-P7 UPMC ITODYS-P7 start: October 2016 LEM-P7 UPMC J. Am. Chem. Soc. 2016, 138, 2492 5
Chimie intgre multi-chelle r activit sous transfert d lectron m canismes r actionnels lectrochimie, spectroscopie locales fonctionnalisation, nanostructuration de surfaces catalyse mol culaire et support e syst mes biomim tiques sant d tection information nergie environnement 6
