Welcome to Sakarya University Nuclear Physics Research Group

As Sakarya University Nuclear Physics Research Group, we conduct theoretical and experimental nuclear physics research. In our research, we focus on topics such as nuclear structure, radioactivity, the effects of radiation on materials, and Monte Carlo simulation techniques. Our team continues its work with an interdisciplinary approach, aiming to expand basic science and produce innovative solutions that will contribute to society. In addition, by integrating modern computational methods such as machine learning into our research, we obtain more precise and faster results in big data analysis and simulations. Our mission is to contribute to the knowledge in the field of nuclear physics and to provide long-term value ​​to our society and science.


Recent News

06.08.2024

At Sakarya University, researchers entitled to receive support under the TÜBİTAK 1001 Program in the first semester of 2024 and researchers entitled to apply without waiting for the next semester met at a breakfast event.
17.10.2023

Elif KEMAH, a student of Prof Hakan YAKUT, and Gamze HOŞGÖR, a student of Assoc Prof Emre TABAR graduated from the doctoral program. We wholeheartedly congratulate our professors and their students and wish them success in their academic careers.
22.03.2023

Within the TÜBİTAK 2209-A University Students Research Projects Support Program, one project under Prof Hakan YAKUT and four under the supervision of Assoc Prof Emre TABAR was accepted. We congratulate our professors and their students.
21.08.2023

Our PhD student Elif Kemah's project titled "Prediction of Energy-Weighted Photo-Nuclear Total Sum Rules for Odd-Mass Deformed Nuclei in the Actinide Region Using Artificial Intelligence Methods" has been awarded support by the TÜBİTAK-1002 program. The project advisor is Hakan YAKUT Prof, a faculty member of the Physics Department. We congratulate our professor and his student.
04.08.2023

Our PhD student Gamze Hoşgör's project titled "Theoretical Investigation of the Relationship Between Prolate-Oblate Transition and Giant Dipole Resonance (GDR) in Neutron-Rich Deformed Odd-A Nuclei" has been awarded support by the TÜBİTAK-1002 program. The project advisor is Emre TABAR Assoc Prof, a faculty member of the Physics Department. We congratulate our professor and his student.

Recent Works

On the Low-Energy Electromagnetic Dipole Modes in 151,153,155Sm
Influence of TiO2 content on the radiation shielding properties of the La2O3-B2O3- Gd2O3-Nb2O5-ZrO2-SiO2 glasses
The giant dipole resonance (GDR) in odd-mass 181–195Pt nuclei
Understanding the relationship between electric dipole polarizability and photonuclear (-2) moment in odd-A actinide nuclei
Integrated photonuclear cross sections in the giant dipole resonance of odd-mass actinide nuclei
The effect of zinc, iron and manganese content on gamma shielding properties of magnesium-based alloys produced using the powder metallurgy
The electric dipole characteristics of well-deformed 171,173Yb
Polarization effects on the rotational gyromagnetic ratio and magnetic dipole moments of 175,177,177mYb