Academic Staff
FLOUDAS GEORGIOS, Professor, Experimental Solid State Physics
DELIGIANNAKIS IOANNIS, Professor, Materials and Environmental Physical Chemistry
DOUVALIS ALEXIOS, Professor , Experimental Solid State Physics, Electronic, Magnetic and Structural Properties of Solids
BOURLINOS ATHANASIOS, Professor, Experimental Solid State Physics: Electronic and Magnetic Properties of Nanostructured Solids
EVANGELOU EVANGELOS, Associate Professor, Semiconductor Physics
PAPADOPOULOS PERIΚLIS, Associate Professor, Experimental Solid State Physics: Polymers, Director of the Section
VLACHOS DIMITRIOS, Associate Professor , Experimental Physics of Solid Surfaces
TSELEPI MARINA, Assistant Professor, Experimental Solid State Physics: Thin Films
CHRISTOFILAKIS VASILIOS, Assistant Professor, Telecommunications: Signal Transmission
MARKOU ANASTASIOS, Assistant Professor, Experimental Solid State Physics: Electronic and Magnetic Properties of Materials
KATSANOS DIMITRIOS, Lecturer, Condensed Matter Physics

Administrative Staff
GALANI ELENI, Secretary

Laboratory & Teaching Staff
BALDOUMAS GEORGIOS
POLYMEROS ALEXANDROS

Technical & Administrative Staff
TSOUMANIS GEORGIOS, Electronics Technician

Laboratories
1st Physics Laboratory (Mössbauer Spectroscopy and Materials Physics)
4th Physics Laboratory (Surface Physics and Solids Interfaces)
Laboratory of Electronic Telecommunications and Applications
5th Physics Laboratory (Condensed Matter Physics and Materials Science)

Research Activities
The Laboratory of Mössbauer Spectroscopy and Materials Physics is involved in the study of magnetic and electronic properties of matter, materials characterization through Mössbauer Spectroscopy, EPR and X-ray diffraction, preparation and study of magnetic materials, thin films, nanoparticles, clays, layered materials, synthetic molecular compounds and catalysts.

Studies of surfaces and bi-surfaces properties of condensed matter as well as their interactions with thin films under conditions of ultra-high vacuum (10-11 torr) are carried out in the Laboratory of Surface Physics. The studies concern crystal and amorphous surfaces, using various standard techniques, such as low energy electron diffraction (LEED), Auger electron spectroscopy (AES), electron energy loss spectroscopy (EELS), mass spectroscopy (QMS) and work function measurements (WF).

The primary research activities of the Electronics-Telecommunications and Applications Laboratory are the following: Development and characterization of thin films; study of the electrical properties of semiconductor devices (diodes, transistors, BJT and FET, PV cells, etc.). Reliability measurements of electronic devices. Determination of thermal quantities of phase-changing materials, Calculations of the thermodynamic and dynamic properties of metals and alloys with simulation techniques. Characterization of magnetic nanoparticles for targeted therapy of cancer tumors. New Generation Digital Telecommunication Systems, Ultra-Wideband Frequency and Multi-Mode Radio Systems, Digital Data Transmission Techniques Based on DSP Systems: Algorithm Development, Smart Antennas, System Modeling Languages, Radio Coverage Measurements of wireless telecommunication systems, Development of Propagation Models Related to Wireless Communication Systems, Measurements of the exposure of the human body to electromagnetic fields, Measurements, characterization, and calibration of antennas Signal attenuation due to precipitation, Experimental setups for measuring and processing ELF (Schumann resonances) and ECG signals