I have an interdisciplinary background, having studied Applied, Nuclear Physics and Solid-state Physics as well as having worked on medical physics area and nanoparticles. I work on cancers and multifunctional therapy approaches. My work and research activity is related to the cancers, radiation therapy "Photon therapy, Brachytherapy, Laser therapy, Hyperthermia and Proton therapy", dosimetry, imaging and Image processing, the application of nanoparticles in cancer treatment, computational simulation, modeling and data analyzing. I work with MCNP, Geant4, COMSOL and GATE codes (that is developed for PET and MRI imaging simulation) to simulate theoretical problems in cancer radiotherapy. Moreover, I conduct ex vivo, in vitro and in vivo experimental studies related to the mentioned topic. I have experiences in cell culturing, synthesis of nanoparticles, cell viability and toxicity assay using MTT, colony assay, cell proliferation assay or cell death detection ELISA kit, PCR, Western blotting, animal modeling of cancer and combined treatment with nanoparticles.