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Research Infrastructure Registry in Cyprus

Nanomagnetism and Spintronics Laboratory

GENERAL INFORMATION

Description and purpose of the Research Infrastructure

The Spintronics and Nanomagnetism Laboratory (SNL) is led by Associate Professor Theodossis Trypiniotis at the Physics Department of the University of Cyprus. The laboratory concentrates on understanding the behaviour of electron spin and exotic magnetic nanostructures and propose how they can be harnessed for a variety of applications like fusing memory and logic, ultralow power electronics and improving geophysical monitoring.

USEFUL FIGURES

Personnel

5

Personnel

Male

3%

Male

Female

2%

Female

Publications

35

Publications

ACCESS TO INFRASTRUCTURE

  • Academia
  • Industry
  • Public

CONTACT INFO

INFORMATION OF INSTRUMENTATION OPERATING IN THE INFRASTRUCTURE

Molecular Beam Epitaxy
  • Name:  Molecular Beam Epitaxy
  • Description:  Molecular Beam Epitaxy system for deposition of crystalline thin films at ultra high vacuum conditions, equippped with Low Energy Electron Diffraction optics, Auger Electron Spectroscopy and Insitu electrical measurement capability
  • Units:  1
  • Hosting Laboratory / Department:  SNL, Dept of Physics
Brief description of the utilization of the instrument:
Used for the deposition of a variety of epitaxial nanothin films for spintronics studies.
Year:  2014
Funding Source: 
  • EU

Available for access
by external users

AFM
  • Name:  AFM
  • Description:  Atomic Force Microscope (AFM)
  • Units:  1
  • Hosting Laboratory / Department:  SNL, Dept of Physics
Brief description of the utilization of the instrument:
Microscopy, surface topiography,
Year:  2015
Funding Source: 
  • National

Available for access
by external users

Optical Cryostats
  • Name:  Optical Cryostats
  • Description:  Low temperature Electrical/Optical/Spin resonance measurements
  • Units:  2
  • Hosting Laboratory / Department:  SNL, Dept of Physics
Brief description of the utilization of the instrument:
Low temperature Optical electrical and spin resonance studies
Year:  2015
Funding Source: 
  • National

Available for access
by external users