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Università di Torino - Dipartimento di Chimica Master Science Degree in Materials Science "Solid State Physics" Group Artificial diamond 2D materials Superconductors & oxide materials Bio-inspired materials and metamaterials http://www.solid.unito.it/index.html Artificial diamond Science & Technology 2D materials synthesis and characterization Contact: Paolo Olivero [email protected] 011 670 7366 http://goo.gl/zxaNA Thesis subjects Experimental → diamond devices for bio-sensing → diamond devices for photonics Modeling Modeling of defective diamond properties: mesoscale: analytical models / FEM finite element methods Mesoscale modelling of defective diamond In vitro detection of cellular activity Single optically active defects Molecular release from chromaffin cells Action potential expression from neurons and cardiac cells Super-resolved confocal microscopy Single-photon emission Thesis subjects → CVD graphene synthesis and functionalization → μ-Raman, morphological and electronic characterization → CVD h-BN synthesis Contact: Ettore Vittone [email protected] www.solid.unito.it The research activities will be carried out at the Quantum Research Laboratories of INRiM (www.inrim.it). Ref. Giampiero Amato

Master Science Degree in Materials Science...2500 2000 1500 1000 500 1200 1400 1600 1 cm 1800 2000 2200 2400 Raman shift (cm-I) 20 2600 3000 15 pm 10 pm 5 pm 0 pm 15 pm 10 pm AFM image

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Page 1: Master Science Degree in Materials Science...2500 2000 1500 1000 500 1200 1400 1600 1 cm 1800 2000 2200 2400 Raman shift (cm-I) 20 2600 3000 15 pm 10 pm 5 pm 0 pm 15 pm 10 pm AFM image

Università di Torino - Dipartimento di Chimica

Master Science Degree in Materials Science

"Solid State Physics" Group

• Artificial diamond • 2D materials • Superconductors & oxide materials • Bio-inspired materials and metamaterials

http://www.solid.unito.it/index.html

Artificial diamond Science & Technology

2D materials synthesis and characterization

Contact: Paolo Olivero [email protected] 011 670 7366 http://goo.gl/zxaNA

Thesis subjects Experimental → diamond devices for bio-sensing → diamond devices for photonics

Modeling Modeling of defective diamond properties: → mesoscale: analytical models / FEM

finite element methods

Mesoscale modelling of defective diamond In vitro detection of cellular activity Single optically active defects

Molecular release from chromaffin cells

Action potential expression from neurons and cardiac cells

Super-resolved confocal microscopy

Single-photon emission

Thesis subjects → CVD graphene synthesis and functionalization → µ-Raman, morphological and electronic characterization → CVD h-BN synthesis

Contact: Ettore Vittone [email protected] www.solid.unito.it

The research activities will be carried out at the Quantum Research Laboratories of INRiM (www.inrim.it).

Ref. Giampiero Amato