Measuring toxicity of nanoparticles and nanostructures
Biosynthesis of metal nanoparticles and their application (photosynthesis and radiosynthesis) in the treatment of cancer and infectious malignancies
Design and manufacture of commercial nanoparticles in the field of hyperthermia
Synthesis of new nanoparticles to increase the effect of radiotherapy and reduce radiation dose
Assessment of the risk of cancer caused by CT procedures in children and investigation of methods for optimizing dose and image quality in this field
Development and manufacture of new dosimeters for use in new radiotherapy techniques Computer simulation and modeling of radiation interaction and relative radiation dosimetry in new techniques
Machine learning - deep neural networks
Development of optical, electrical and magnetic techniques for therapeutic and diagnostic applications along with the development of nanostructures that enable the use of non-ionizing energies in therapeutic and diagnostic applications
