Planned Developments

  • Research in the Quantum Hall Effect field for the resistance (ohm) standard
  • Josephson effect for voltage (volt) standard and investigation of superconducting single-electron devices
  • Investigation of semiconductor and superconductor single electron pumps for current (ampere) standard.
  • Nitrogen Vacancy Center (NV Center) production and characterization
  • Single-photon-source production and characterization by local ion implantation
  • Surface topography and dynamics characterization in micro and nanofilms with atomic and magnetic force microscopes
  • Standardization and traceability of conductive-atomic force microscopy techniques in nano-electronic measurements, standardization tests of measuring probes
  • Scientific studies for characterization of spin dependent currents used in spintronic devices and standardization of measurements
  • Design, manufacturing and measurements of high frequency photodiodes
  • Design, production and measurements of devices and modules used in low noise frequency synthesizers
  • Developing surface roughness standards for the needs of the country and its region
  • Trainings for on-wafer high frequency measurements of micro and nano devices and integrated circuits
  • Nanofabrication training for clean room use, microelectronic devices and nanostructures
  • Determination of Quantum Metrology infrastructure in the European region and creating road maps in Quantum Metrology areas.