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Daoming Sun

Expertise

  • Surface Functionalization & Characterization
  • Metallic Nanaoparticles Synthesis & Characterization
  • Localized Surface Plasmon Resonance Biosensors
  • Silica Coatings

Techniques

  • UV-vis spectroscopy 
  • QCM-D 
  • IR 
  • TEM
  • SEM 
  • XPS 
  • Raman 

PhD Subject 

Tunable Plasmonic Substrates for LSPR Biosensing

Summary 

LSPR biosensors can be used to monitor the biological interactions either by monitoring LSPR band shift upon target adsorption or by tuning the balance aggregation/dispersion of the nanoparticles. The translation of these events to planar surfaces has obvious advantages of sample handling and user-friendly read-out of the biological events.

In this project, we will follow the bottom-up approach. Starting from colloidal nanoparticles with various compositions. We will undertake a controlled assembly on planar substrates to achieve reliable nanostructured devices and engineer plasmonic substrates with a precise and mastered plasmonic signature. These nanostructured plasmonic platforms will be used for multiple applications starting with biosensing of toxins and water contaminants. The readout will be achieved using UV-Vis spectrometer with the aim of an application to smartphone readout.

Contact Informations

Mail(s) : daoming.sun@sorbonne-universite.fr

Function and attachment

PhD. candidate

13/11/20

Traductions :
      • David Hu - Thesis defense

        Congratulations to David for his PhD defense and for his incredible work on Nanocomposites Photocatalysts UCNP@SiO2@ZnO, active under NIR light for wastewater treatment", performed under the supervision of Juliette Blanchard and Souhir Boujday. 

      • Valentin's arrival

        Warm welcome to Valentin for his 3 months Master 1 internship on the "Adsorption of thiolate molecules on gold surfaces" under the supervision of Souhir Boujday and Yacine Mazouzi. 

      • Thesis Defense - Somia Tomane

        Congratulations to Somia Tomane for her thesis defense and for her work on the "Synthesis and characterization of polyoxometallate/mettalic nanoparticles composites for biomedical applications", a work performed in the Institut Lavoisier de Versailles and within our group, under the supervision of Pierre Mialane, Anne Dolbecq, Anne Vallée and Souhir Boujday.