Dr. Dilara İckecan is a Ph.D. candidate at Marmara University, specializing in condensed matter physics and material science. Her research focuses on graphene synthesis, vibrational properties, and machine learning applications in material science. She has published impactful articles in SCI journals, such as Computational Materials Science and Applied Radiation and Isotopes. Dr. İckecan has also contributed to international conferences and projects like TUBITAK. Recognized for her academic excellence, she received the Seçkin Öğrenci Ödülü from the American Physical Society. 🌍📚🔬💡✨
Dr Dilara ickecan, Istanbul Ticaret university, Turkey
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Education🎓
Dr. Dilara İckecan is a Ph.D. candidate at Marmara University, Turkey, pursuing her doctorate in Physics at the Institute for Graduate Studies in Pure and Applied Sciences (2018-2025). She completed her postgraduate studies in Physics at Kirikkale University (2014-2017) and earned her undergraduate degree from Karadeniz Technical University (2009-2014). Her academic journey reflects a deep commitment to advancing research in condensed matter physics and material science. Dr. İckecan’s work combines cutting-edge techniques in graphene synthesis and machine learning applications in material studies. 🎓🔬📚🌟
Experience🖥️
Dr. Dilara İckecan currently serves as a Lecturer in Computer Programming at İstanbul Ticaret Üniversitesi in Istanbul, Turkey, since September 2024. In her role, she teaches and guides students in programming languages, software development, and computational problem-solving, drawing on her extensive background in artificial intelligence, machine learning, and material science. Dr. İckecan’s research contributions in areas like graphene synthesis and vibrational properties of materials complement her academic responsibilities, fostering a bridge between theoretical physics and practical computer programming education. Her expertise equips students with essential skills for the evolving tech landscape. 🖥️📚🔍
Research Areas🔍
Dr. Dilara İckecan specializes in multiple cutting-edge research areas, including Artificial Intelligence, Computer Learning, and Pattern Recognition, with a focus on their applications in material science. Her work delves into Condensed Matter Physics, specifically exploring the structural, mechanical, and thermal properties of materials like graphene. Additionally, she investigates the electronic structure, electric, magnetic, and optical properties of materials, which have profound implications for nanotechnology and electronics. Dr. İckecan’s interdisciplinary approach integrates AI and machine learning with material science to advance the understanding of complex material behaviors. 🤖🔍📊🧪
Awards🏆
Dr. Dilara İckecan has earned prestigious accolades for her academic excellence. She received the Seçkin Öğrenci Ödülü (Outstanding Student Award) from the American Physical Society in March 2024, recognizing her exceptional contributions to the field of physics. Additionally, she was honored as Bölüm Birincisi (Department Topper) at Karadeniz Technical University in June 2014, highlighting her dedication and outstanding performance during her undergraduate studies. These awards reflect Dr. İckecan’s commitment to advancing scientific knowledge and her exceptional academic achievements. 🏆🎓🌟
Publications📚
“Eco-friendly synthesis and characterization of reduced graphene oxide”
Authors: D. İckecan, R. Zan, S. Nezir
Journal: Journal of Physics: Conference Series 902 (1), 012027
Year: 2017 🌱🔬
“Investigation of shielding properties of impregnated activated carbon for gamma-rays”
Authors: D. İckecan, M.N. Turkan, H. Gulbi̇cim
Journal: Applied Radiation and Isotopes 172, 109687
Year: 2021 ☢️🛡️
“Grafen sentezi ve karakterizasyonu”
Author: D. İckecan
Journal: Yüksek Lisans Tezi, Kırıkkale University
Year: 2017 🧪📚
“Emergent atomic environments in twisted bilayer graphene and their use in the prediction of the vibrational properties”
Authors: D. İckecan, Y.E. Okyayli, E.A. Bleda, D. Erbahar
Journal: Computational Materials Science 250, 113669
Year: 2025 🌀🔍
“Effect of Local Environment on the Vibrational Properties of Twisted Bilayer Graphene: A Machine Learning Approach”
Authors: D. İckecan, E.A. Bleda, Y.E. Okyayli, D. Erbahar
Journal: Bulletin of the American Physical Society
Year: 2024 🤖📊
“Comparing the Shielding Features of Graphene and Impregnated Activated Carbon with Selected Traditional Shielding Materials For Gamma-Rays”
Authors: D. İckecan, M.N. Turkan, D. Erbahar, H. Gulbi̇cim
Journal: Sakarya University Journal of Science 27 (3), 580 – 589
Year: 2023 🔬🛡️
“Probing the Phonon Spectrum of Twisted Bilayer Graphene with Machine Learning Methods”
Authors: D. İckecan, E.A. Bleda, D. Erbahar
Journal: Bulletin of the American Physical Society
Year: 2023 🤖💡