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Physique et Chimie des Matériaux
ÉCOLE DOCTORALE 397

Proposition de sujets de thèse 2022

C3M, Recyclable reinforced self-patterned films, Soulie-Ziakovic

CBI, Formulations of eleclectrolyte for Zinc Air batteries, Colin

IMPMC, Superconductivity with a twist, Shukla

IMPMC, Synthesis and characterization of new nitrides and hydrides at extreme conditions, Le Godec

IMPMC, Ice mixtures (H2O,NH3,CH4) under extreme pressure and temperature conditions, Ninet

IMPMC, Excitons and superconductivity in two-dimensional chalcogenides,  Gauzzi

IMPMC, Modeling the dynamics of complex systems with stochastic processes and machine-learned

coordinates, Pietrucci

IMPMC, Chiral Molecular Magnets for Symmetry Induced Magnetism, Sainctavit

IMPMC, Machine learning experimental and modeling approaches for exotic phases of matter,  Saitta

INSP, Theoretical investigation of the growth of 2D silicene and germanene, Aqua

INSP, Device physics in non-fullerene acceptor solar cell, Witkowski

INSP, Excess electrons in reducible TiO2 polymorphs: trapped or free states?, Cabailh

INSP, Formation of alumina thin films at the FeAl surface beyond the pressure gap, Lazzari

 

IPCM, Transforming complex biobased monomers into advanced macromolecular architectures, Castignolles

IPCM, Morphological control of polymeric self-assemblies through templated polymerization induced self-assembly (PISA),  Rieger

IPCM, Synthèse et étude de nouveaux (co)polymères à UCST dans l'eau, Stoffelbach

INSP, Interaction between polydiacetylene monolayers and graphene oxide sheets,  Goldmann

INSP, Enhancement of optical activity in metallic nanostructures for the detection of biomolecules, Gallas

INSP, Advanced superstructures of nanoparticles in liquid crystal topological defects, Lacaze

IRCP, Design of transparent ceramics with high thermal conductivity for lasers,  Mortier

IRCP, Innovative luminescent concentrators emitting in the short-wave infrared range (SWIR), Loiseau

LAMS, Photodégradation des hyroxyantraquinones associées à des mordants, Berraud-Pache

LAMS, Color in Neo-Impressionism painting: a comprehensive chemical and optical study, Walter

LCMCP,  Self-assembled hydrogels using biobased amphiphiles. Biocompatible and environmentally-friendly soft materials with multiple applicative purposes,  Baccile

LCMCP, Synthesis and characterization of nanofluoroperovskites for sodium batteries, Cassaignon

LCMCP, Bioprinted dense collagen matrices as structural and functional building blocks for new miniaturized tissue models, Fernandes

LCMCP, Development of macroporous dense collagen hydrogels using 3D printing to design novel in vitro skin models,  Hélary

LCMCP, Multifunctional heterostructurated oxide nanoparticles prepared through innovative localized activation techniques, Durupthy

LCMCP, Discovery of new lithium oxythiophosphate ionic conductors, Perez

LCMCP, Unveiling Liquid-Liquid Phase Separation during Biomineralization with Cryo-stopped flow NMR, Azais

LPENS, Semiconductor Rydberg physics for nonlinear quantum optics, Tignon

LPENS, THz Quantum Optics with Quantum Cascade Lasers, Dhillon

LRS, Pulsed Laser Photoinduced Gene Delivery using Tailored Core-Shell Au@SiO2 NanoRods, Bouday

LRS,Les origines géochimiques de la vie élucidées par la science des surfaces : acides aminés sursupports minéraux, Landoulsi

LRS, Catalytic materials for the valorization of CO2 from diluted sources, Launay

LRS, Encapsulation of photoactive proteins in inorganic mesoporous materials, Mezzetti

LRS, Studying and exploiting a novel bottom-up route to prepare nickel-hydroxyapatite catalysts with a boosted surface density of single-nickel-atoms for hydrogenation reactions, Schnee

LRS, Catalyseurs tandem innovants pour la conversion du glucose en HMF, Blanchard

SIMM, MolecularScope : Single Polymer Dynamics at Solid/Liquid Interfaces, Comtet

SIMM, Biodegradable and biosourced hydrogels : from synthesis to properties, Pantoustier

 

 

 

04/04/22

Traductions :

    Contact

    Directrice

    Nadine Witkowski

    nadine.witkowski @ sorbonne-universite.fr

     

    Secrétariat :

    Akima SI-BACHIR

    01 44 27 50 66

    hakima.si_bachir @ sorbonne-universite.fr

     

     

    UPMC - Tour 32/42

    1er étage, bureau 120

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    Boîte courrier 63

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    Horaires d’ouverture au public :

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    mercredi 14h à 15h30

    jeudi 14h à 15h30

    Fermé le vendredi

     

     Nous suivre sur

     

     

    Contact

    Directrice

    Nadine Witkowski

    nadine.witkowski @ sorbonne-universite.fr

     

    Secrétariat :

    Akima SI-BACHIR

    01 44 27 50 66

    hakima.si_bachir @ sorbonne-universite.fr

     

     

    UPMC - Tour 32/42

    1er étage, bureau 120

    4 Place Jussieu

    Boîte courrier 63

    75252 Paris Cedex 05

     

    Horaires d’ouverture au public :

    lundi de 14h à 16h

    mardi de 10h à 11h30 et de 14h à 16h 

    mercredi 14h à 15h30

    jeudi 14h à 15h30

    Fermé le vendredi

     

     Nous suivre sur