1 postdoc position available at Politecnico di Milano
Job Category: Postdoc
Job Type: Tempo pieno
Job Location: Milano
Yearly income: 28375 EUR net EUR gross
Duration: 1 year
Deadline:
Contact:
A postdoc position will be available at the Physics Department, Politecnico di Milano, for an experimental activity related to the growth and characterization of low-dimensional magnetic systems (surfaces, interfaces and 2D materials).
The laboratory features Scanning Tunneling Microscopy, Auger Electron Spectroscopy, Low-Energy Electron Diffraction and (Organic) Molecular Beam Epitaxy in a UHV environment. Furthermore, a magneto-optical system (to study both linear and non linear effects) is available.
The Main Scientific Activity Of The Lab Includes Investigating
- spinterfaces between organic (molecular layers and chiral molecules) and inorganic (both ferromagnetic and antiferromagnetic) materials;
- single rare earth atoms embedded in ultrathin oxide matrices;
- 2D magnetic materials grown in situ.
The Official Call Is Available At The Following Links
- in Italian
- in English
For further information, please contact Prof. Alberto Brambilla ( )
#J-18808-Ljbffr
Job Type: Tempo pieno
Job Location: Milano
Yearly income: 28375 EUR net EUR gross
Duration: 1 year
Deadline:
Contact:
A postdoc position will be available at the Physics Department, Politecnico di Milano, for an experimental activity related to the growth and characterization of low-dimensional magnetic systems (surfaces, interfaces and 2D materials).
The laboratory features Scanning Tunneling Microscopy, Auger Electron Spectroscopy, Low-Energy Electron Diffraction and (Organic) Molecular Beam Epitaxy in a UHV environment. Furthermore, a magneto-optical system (to study both linear and non linear effects) is available.
The Main Scientific Activity Of The Lab Includes Investigating
- spinterfaces between organic (molecular layers and chiral molecules) and inorganic (both ferromagnetic and antiferromagnetic) materials;
- single rare earth atoms embedded in ultrathin oxide matrices;
- 2D magnetic materials grown in situ.
The Official Call Is Available At The Following Links
- in Italian
- in English
For further information, please contact Prof. Alberto Brambilla ( )
#J-18808-Ljbffr