The MOCVD laboratory is equiped with AIXTRON CCS system dedicated to growth of GaN based semiconductors for transistor and photo-cathode structures ... (more in Laboratories)
Metal Deposition Laboratory
The laboratory is based on an AJA.Orion 8E vacuum deposition machine, placed in the clean room facility...... (more in Laboratories)
A FEI Quanta 3D Dual microscope is a scanning microscope that works with an electron beam (SEM) and an ion beam (Focused Ion Beam, FIB) ... (more in Laboratories)
Clean Room Facility
The clean room facility is used to realize modern electronic devices and sensors. According to the US standard ...... (more in Laboratories)
The key instrument of the laboratory is a BRUKER AXS – D8 DISCOVER SUPER SPEED DIFFRACTION SYSTEM ...... (more in Laboratories)
Scanning Techniques Laboratory
Two key instruments of the laboratory are: NT-MDT NTegra atomic force microscope (AFM) and scanning electron microscope (SEM) FEI Inspect F50 ... (more in Laboratories)
Institute of Electrical Engineering is accredited to provide the doctoral studies as an external educational institution in collaboration with Slovak University of Technology and Comenius University in the following doctoral study fields:
5.2.13 Elecronics and Photonics
5.2.48 Physical Engineering
4.1.3 Physics of Condensed Matter and Acoustics
The Institute of Electrical Engineering (IEE SAS) is a scientific institution based in 1953. Researchers of the Institute implements international projects supported by EU, projects supported by ERDF, and national projects supported by APVV and VEGA agencies.
The Institute is focused on the research and development of semiconductor, superconductor, oxide and magnetic materials and devices, including theoretical and experimental study of their structural, optical, transport properties and devices for the information technology and power engineering.
The semiconductor research is focused on future Si-based memory devices, technology and study of GaN, GaAs, and InP quantum heterostructures. Our work leads to several outputs, as for example capacity sensors, advanced sensors of magnetic field, x-ray detectors and others.
The superconductor research is centered on technology and testing of superconducting MgB2 tapes and conductors, developed for power engineering such as transport cables, transformers and superconducting magnets.
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Ing. Tomáš Ščepka
Theoretical and experimental studies for...
Brief summary of stay at CERN and of...
Particular Properties of Spin Waves in...