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STRUCTURAL MOLECULAR IMAGING LIGHT ENHANCED SPECTROSCOPIES
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Current Research
Lipid Droplet investigation in Cancer Stem Cells
Lipid Droplet investigation in Cancer Stem Cells in order to highlight their functional role in chemo-resistance mechanism
Localization of single strand DNA and Rad51 repair protein by means of SERS technique
Localization of single strand DNA and Rad51 repair protein by means of SERS technique on superhydrophobic devices
Direct imaging of double strand lamda DNA
Single molecule imaging of double strand lambda DNA streteched in between microPillar
Superhydrophobic templates towards controlled 2D crystals macrostructures
Graphene based superhydrophobic surface
Tip enhanced Raman Spectroscopy on 1,4-Benzenedimethanethiol: a spectroscopic study of conformational changes.
Investigation of self-assembled layer of 1,4 benzenedimethanethiol
CARS measurements in combination with plasmonic nanoCone
Sub-diffraction limited Coherent Anti-Stokes Raman scattering from the tip of a plasmonic nanocone
Investigation of single protein molecules on cell membrane surface
Tip Enhanced Raman - Force Spectroscopy characterization of single protein molecules on cell membrane surface
Spectroscopic characterization of human membrane
AFM, Raman and TERS characterization of human membrane suspended by means of superhydrophobic-pillared surfaces.
High resolution imaging for Plasma membrane
Plasma membrane stratification and high resolution imaging by means of superhydrophobic pillared devices.
Plasmon-assisted hot electron and Raman spectroscopy at the nanoscale.
Simultaneous determination of the electronic transport and structural property of single to few layers graphene and reduced graphene oxide devices by plasmon-assisted hot electron and Raman spectroscopy at the nanoscale.
Plasmonic assisted hot electron spectroscopy maps
Plasmonic assisted hot electron spectroscopy maps the charge transport in structured semiconductors at nanoscale
Nano-imaging for Histidine and Amyloid fibrils
Characterization of Histidine and amyloid fibrils by means of SERS and TERS techniques
Raman, SERS and Chiral Raman spectroscopy for Biomaterials
Investigation and comparison of amino acid, nucleic acids and basic proteins using Raman, SERS and Chiral Raman spectroscopy
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The beginning and end dates for each internship will be agreed upon between the Faculty and the Intern. Visa processing time will be a determining factor in actual start date. Minimum period is three months. Maximum period is six months.
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