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--- lmn:orsi [22/09/2016 13:41] – davide.orsi
+++ lmn:orsi [10/04/2017 17:40] (versione attuale) – [Education] davide.orsi
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 ====== Davide Orsi - Personal Page ======
+{{:lmn:my_orcid_qrcode.png?nolink&80 |}}
 ORCID: [[http://orcid.org/0000-0003-3223-8622]]\\
-Google Scholar: [[https://scholar.google.it/citations?user=OFhYsloAAAAJ&hl=it|List of publications]]
+Google Scholar: [[https://scholar.google.it/citations?user=OFhYsloAAAAJ&hl=it|List of publications]]\\
+ResearchGate: [[https://www.researchgate.net/profile/Davide_Orsi]]
-{{ lmn:davide.orsi.jpg|Davide Orsi}}
+{{ :lmn:davideorsi_fototessera.jpg?nolink&200|}}
 **Current Position: (May 2012 – )**
 Post. Doc. position at the University of Parma, Department of Physics and Earth Sciences.\\
-**My research is focused on the characterization of the interfacial dynamics and mechanical response of films formed by nanoparticles at interfaces.** \\
+My research is focused on the characterization of the interfacial dynamics and mechanical response of molecular and nanoparticle films at liquid interfaces. I investigated the aggregation process that leads to the formation of 2D colloidal gel networks of gold nanoparticles, which we found to show relevant similitudes to percolation and network formation. We were able to characterize the interfacial dynamics and its heterogeneities using X-ray Photon Correlation Spectroscopy in Grazing Incidence geometry (GI-XPCS), performed at the air/water interface. Using the same techniques, we have been able to characterize different dynamical regimes induced by silica nanoparticles of different philicity adsorbed/incorporated into phospholipid monolayers at the air/water interface.\\
-I investigated the aggregation process that leads to the formation of a 2D colloidal gel network of gold nanoparticles, which seems to have some relevant similitude to percolation and network formation. We were able to characterize the interfacial dynamics and its heterogeneities using X-ray Photon Correlation Spectroscopy in Grazing Incidence geometry, performed at the air/water interface. Using the same techniques, we have been able to characterize different dynamical regimes induced by silica nanoparticles of different philicity adsorbed/incorporated into phospholipid monolayers at the air/water interface.\\
+We are characterizing the nanoscale effects induced on phospholipid films by magnetic nanoparticles under radio-frequency magnetic field irradiation, using Microrheology, Epifluorescence Microscopy, X-ray Reflectivity and Grazing Incidence X-ray Diffraction.\\
-I am currently investigating inorganic nanostructures for Self-Lighted Photodynamics Therapy of Cancer, using CeF3 as a scintillator material to excite ROS production from ZnO under X-ray irradiation.
+I am also developing CeF3-ZnO inorganic nanostructures for Self-Lighted Photodynamics Therapy of Cancer. Here, CeF3 nanoparticles act as scintillators under X-ray irradiation to excite ROS production from ZnO layers grown onto the CeF3 seeds.
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 **Interests**
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   * Period: from 2006 to 2008.
   * Academic path focused on Matter Physics from an experimental point of view, with special regards to polymers and soft condensed matter.
-  * The final work illustrate the experimental results obtained during the stage at ID10A, ERSF: "Structure and dynamics of equilibrium and non-equilibrium colloidal suspensions by means of X-rays Photon Correlation Spectroscopy (XPCS)".
+  * The final work illustrate the experimental results obtained during the stage at ID10A, ERSF: {{:lmn:tesi_davideorsi.pdf|"Structure and dynamics of equilibrium and non-equilibrium colloidal suspensions by means of X-rays Photon Correlation Spectroscopy (XPCS)"}}.
   * 110/110 cum laude.