Our studies focus on understanding the crystal, electronic, and magnetic structure-property relationships of materials, especially semiconductors, nanomaterials such as energy storage electrodes. Our research aims to use low-cost, scalable solution processing techniques to develop for applications such as energy storage devices (Li-ion batteries), semiconductors, electronic materials, and Shape Memory Materials.

As the Materials Physics and Characterization laboratory group;
-New Generation Composite energy storage systems
-Thermoelectric Materials
- Magnetic Materials
- Semiconductor Materials
- Environmental Waste Materials

........characterization studies;

* Electronic Structure Research
* Crystal Structure Research
* Magnetic Structure Research
* Electrochemical Property

...... their research;

-X-ray Diffraction (XRD)
-X-ray Absorption Fine Structure (XAFS)
-X-ray Photodiffusion Spectroscopy (XPS)
-X-ray Magnetic Circular Dichroism (XMCD)
- Electrochemical Impedance Spectroscopy (EIS)

using Synchrotron Radiation Systems.

We are users of the Synchrotron Facilities as follows;
- UVSOR Sinkrotron Laboratuvarı (Okazaki, Aichi-Japonya)
- MAX IV Sinkrotron Laboratuvarı (Lund, Skane-İsveç)
- ELETTRA Sinkrotron Laboratuvarı (Trieste, İtalya)
- Siam Photon (SLRI) (Nakhon Ratschasima, Tayland)
- SESAME Sinkrotron Laboratuvarı (Allan, Ürdün)
- SSRL-Stanford Synchrotron Laboratuvarı (Menlo Park, CA, ABD)