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Post-Docs

  • Dr. Meenal Deo

    Telefon
    +49 221/470-3070
    Raum
    427
    Adresse
    Greinstr. 6
    50939 Köln
    • SERB – Overseas Postdoctoral Fellowship from Department of Science and Technology, India
    • Photoelectrochemical water splitting applications
    • Tantanlum oxide materials
  • Tim Heidemann

    Telefon
    +49 221/470-3070 oder -7470
    E-Mail
    t.heidemann(at)uni-koeln.de
    Raum
    426/427
    Adresse
    Greinstr. 6
    50939 Köln
    • Synthesis of bi- and termetallic alkoxide precursors
    E-Mail
    per E-Mail kontaktieren
  • Dr. Shaista Ilyas

    Telefon
    +49 221/470-3070
    E-Mail
    silyas(at)uni-koeln.de
    Raum
    427/310
    Adresse
    Greinstr. 6
    50939 Köln
    • target specific multimodal imaging agent
    • imaging agents with chelator frameworks and a site selective biovector
    • polymer capped iron oxide nanoparticles
    E-Mail
    per E-Mail kontaktieren
  • Dr. Andreas Mettenbörger

    Telefon
    +49 221/470-3070
    E-Mail
    andreas.mettenboerger(at)uni-koeln.de
    Raum
    427
    Adresse
    Greinstr. 6
    50939 Köln
    • Gas phase Synthesis of functional materials
    • Photo electrochemical water splitting
    • Perovskite solar cells
    • 2D Materials
    • X-Ray Powder Diffraction
    • Operator: PE-CVD, XRD, UV, IR
    E-Mail
    per E-Mail kontaktieren
  • Dr. Albert Queraltó

    Telefon
    +49 221/470-3070
    Raum
    427
    Adresse
    Greinstr. 6
    50939 Köln
    • Alexander von Humboldt post doc
    • Materials Science Institute of Barcelona
    • Synthesis of nanostructured oxide nanomaterials from chemical solutions
    • Electrospinning
    • Photoelectrochemical water splitting
  • Shifaa Siribbal

    Telefon
    +49 221/470-1986
    E-Mail
    ssiribba(at)uni-koeln.de
    Raum
    303/309
    Adresse
    Greinstr. 6
    50939 Köln
    • gadolinium compounds as precursors for Gd2O3 nanoprobes
    • Synthesis of Fe3O4, Gd2O3 nanoprobes (solid, Janus-type, core shell, and hollow)
    • Surface conjugation of nanoprobes via various chemical mechanisms
    • Inverstigation of nanoprobes in single and dual modal imaging such as T1 and T2 MRI, MRI/PET, and MRI/optical
    E-Mail
    per E-Mail kontaktieren