Abstract
This work aims to explore the ideas of innovation and evolution in computation with in a framework of cybersecurity . To accomplish this exploration effectively, we selected three stages of computation to focus on. Circuitry, the Arduino, and quantum based computation. The first stage is the shift cipher on physical circuity, this shows off a simple form of computation and one of the first forms of encryption. The next phase utilizes an Arduino microcontroller to highlight software and hardware interaction. The Arduino demonstrates today's encryption standard RSA at lower level of complexity to bring us to modern standards. The final phase explores quantum computing and its affects on the security of RSA. A demonstration into breaking RSA is conducted as a final experiment for this work. Through a range of theories from basic logic to quantum computation this project shows the development of computation in the subject of encryption and cyber security.
Advisor
Palmer, Daniel
Department
Computer Science
Recommended Citation
Lyon, Jake H., "Quantum Leap: An Exploration of the Development of Computing and Cryptography" (2026). Senior Independent Study Theses. Paper 13301.
https://openworks.wooster.edu/independentstudy/13301
Disciplines
Cybersecurity | Digital Circuits | Other Computer Sciences
Keywords
Encryption, Circuitry, Arduino, Quantum Computing
Publication Date
2026
Degree Granted
Bachelor of Arts
Document Type
Senior Independent Study Thesis
© Copyright 2026 Jake H. Lyon