Nusret Sahan | Quantum Thermodynamics & Optoelectronics – Research Assistant at Akdeniz University, Turkey
Nusret Sahan is a promising Research Assistant at the Department of Physics, Akdeniz University, Turkey. His research bridges theoretical physics and device-level engineering, with a focus on quantum phase transitions, magnetized curved space-time, and optoelectronic properties of graphene-based systems. Through his rigorous academic training and early research contributions, he is emerging as a dedicated scholar in the fields of quantum systems and nanomaterial applications.
Academic Profile
ORCID
Education
Nusret Sahan is currently pursuing his Ph.D. in Physics at Akdeniz University (2021–present), where he investigates the quantum phase behavior of Dirac particles in magnetized and rotating curved geometries. He received his M.Sc. in Physics from the Izmir Institute of Technology (2017–2021), where his thesis focused on the impact of adsorbates on the optoelectronic performance of graphene/silicon Schottky barrier photodiodes. He earned his B.Sc. in Physics from Akdeniz University in 2017. His academic pathway reflects a strong background in quantum mechanics, materials physics, and experimental photonics.
Experience
In 2024, Sahan was appointed as a Research Assistant at the Faculty of Science, Akdeniz University. He supports both experimental and theoretical physics research while contributing to undergraduate lab courses and departmental activities. His prior experience includes advanced photodetector characterization and quantum field modeling, preparing him for a multidisciplinary research career. He is fluent in English (B2 level), enabling collaboration with international teams.
Research Interests
Nusret Sahan’s work centers on the interplay between geometry, magnetism, and thermodynamics in curved space-time systems, with applications in quantum cosmology and field theory. In parallel, his research in optoelectronics explores surface modification and adsorbate engineering in 2D material interfaces—particularly for graphene/silicon photodiodes. His ability to combine quantum theory with experimental insight sets him apart as a physicist capable of bridging abstract models with practical technologies.
Awards
In recognition of his academic potential, Sahan was awarded the National PhD Scholarship by TÜBİTAK in 2022. His consistent academic performance and research commitment have positioned him as a top young researcher within Turkey’s graduate science community.
Publications
Quantum Phase Transitions of Dirac Particles in a Magnetized Rotating Curved Background: Interplay of Geometry, Magnetization, and Thermodynamics – Physics of the Dark Universe (2025).
Adsorbate-Induced Enhancement of the Spectral Response in Graphene/Silicon-Based Schottky Barrier Photodetectors – Applied Physics A (2020).
These two peer-reviewed publications reflect his engagement with both fundamental and applied research. Together, they have received 6 citations and have contributed to his Scopus H-index of 1.
Conclusion
Nusret Sahan is a motivated and talented early-career researcher whose work spans quantum theory and device physics. With a foundation built on academic excellence and a growing research portfolio, he is poised to make further contributions to quantum thermodynamics and optoelectronic engineering. As he continues to publish, collaborate, and engage in global scientific networks, Sahan represents a new generation of physicists prepared to tackle complex problems at the intersection of theory and technology.