DNA-Based One-Time Pad Encryption with Chaotic Systems
This project explores a novel encryption pipeline that combines classical one-time pad logic with DNA coding and chaos-based key generation.
The system integrates the Mandelbrot set, Logistic map, Lorenz system, and Henon map to improve randomness and key sensitivity.
It was developed and iterated through regional and national competition stages, earning high-level recognition in mathematics-focused research contexts.
Award: TUBITAK 2204A National Silver (Mathematics Category).
Efe Ali Mert
Incoming Summer Research Intern @ Bogazici University | Researcher & High School Student
High school researcher focused on cryptography, dynamical systems, and computational neurology.