Repetitive Fourier Extension and Analysis of Weierstrass Functions Differentiability
→
Summary
Independently researched and analyzed the differentiability of Weierstrass functions through repetitive Fourier extension.
Erdinç Ekin is a high-achieving student pursuing dual Bachelor of Science degrees in Physics (GPA 3.97/4.00) and Mathematics from Izmir Institute of Technology. Driven by a profound interest in theoretical physics and advanced mathematics, Erdinç has actively engaged in prestigious scientific projects with TUBITAK and CERN/DESY, demonstrating strong analytical, computational, and research skills. With a proven track record in national and international scientific competitions, Erdinç is poised to leverage a robust academic foundation and exceptional problem-solving abilities to contribute to cutting-edge research or advanced technical roles in the field of quantum physics and cosmology.
Student Volunteer
→
Summary
Participated in an international student volunteer program, contributing to community projects and fostering cross-cultural collaboration.
Highlights
Engaged in international volunteer efforts, fostering cross-cultural collaboration and community impact.
Applied problem-solving skills in a practical, real-world setting to support program objectives.
Developed interpersonal and teamwork skills through active participation in group initiatives.
→
Bachelor of Science (BSc.)
Mathematics
Grade: X/4.00
→
Bachelor of Science (BSc.)
Physics
Grade: 3.97/4.00
→
High School Diploma
High School Diploma
Grade: 94.66/100
Awarded By
TUBITAK
Recognized for participation in the prestigious National Science Olympiads in Physics, demonstrating strong foundational knowledge.
Awarded By
TUBITAK
Recognized for participation in the prestigious National Science Olympiads in Mathematics, showcasing advanced problem-solving abilities.
Awarded By
Akdeniz University
Participated in the National Antalya Mathematics Olympiad, demonstrating competitive mathematical aptitude.
Awarded By
FYKOS/Charles University
Competed in the International Physics Brawl Online, showcasing problem-solving skills in physics on a global platform.
Awarded By
University of Waterloo
Participated in the internationally recognized Sir Isaac Newton Exam, demonstrating advanced physics knowledge.
Awarded By
CERN/DESY
Participated in the Beam Line for Schools program by CERN/DESY, engaging with cutting-edge particle physics research.
Awarded By
Fibonacci
Participated in the International Robotics Olympiad, applying interdisciplinary skills in robotics and engineering.
Awarded By
The Duke of Edinburgh's International Awards
Recipient of the International Bronze Award, demonstrating personal development, skill acquisition, and community service over a 2023-2024 term.
Awarded By
Izmir Institute of Technology, Department of Physics
Awarded for exceptional academic achievement in the Department of Physics during the 2025-2026 Fall Term.
Awarded By
Republic of Turkey Ministry of National Education
Selected for a national leadership program designed for highly intelligent and genius students, fostering leadership and strategic thinking.
FORTRAN.
LaTeX.
MATLAB.
Computational Chemistry, Particle Physics, Quantum Mechanics, Fourier Analysis, Mathematical Modeling, Data Interpretation, Theoretical Physics, Quantum Gravity, Quantum Cosmology, Geometric Quantization.
Problem Solving, Analytical Thinking, Independent Research, Scientific Communication, Leadership, Collaboration, Critical Thinking, Model United Nations.
Quantum Gravity, Quantum Cosmology, Geometric Quantization.
Chess, Mathematical Drawing, Classical Music, Reading, Traveling, Geopolitics, History.
→
Summary
Independently researched and analyzed the differentiability of Weierstrass functions through repetitive Fourier extension.
→
Summary
Participated in the Antalya Model United Nations Program, engaging in diplomatic simulations and fostering global awareness.
→
Summary
Conducted computational chemical analysis and structural comparison of carbon and silicon analogues of glycine as part of the TUBITAK 2204-A project.
→
Summary
Investigated the effects of relativistic momentum on CP violation in the decay amplitudes of charged kaons within the CERN/DESY BL4S framework.