Date Approved
2024
Degree Type
Open Access Senior Honors Thesis
Department or School
Accounting and Finance
First Advisor
Ivan Rodriguez, Ph.D.
Second Advisor
Yu Zhang, Ph.D.
Third Advisor
Charles Teague III, Ph.D.
Abstract
Artificial intelligence has been playing an increasingly important role in the function of financial markets since the 1980s and the inception of program trading. The technology has evolved and has reached a more adolescent phase of development. As the technology has evolved, the risks introduced by massive algorithms keeping the markets humming have become more evident. The relationship between market volatility and trading volume adds risk as the speed and size of the trading activity has increased. High-frequency trading algorithms, while developed and refined by highly sophisticated institutions, still are at risk of succumbing to human error. Overall, algorithmic trading has benefitted the financial markets in several ways, specifically efficiency. However, the role of market regulators is to protect investors from undue harm. Therefore, there are steps that the government and regulatory agencies could take to help guard the markets from risks posed by algorithmic trading. While regulators can help lower risk, the technology quickly evolves, and not all risks can be contained. It is not the role of regulators to eliminate risk but it is their role to mitigate it in any feasible way.
Recommended Citation
Leitao, Jack, "Financial regulation in the age of AI" (2024). Senior Honors Theses and Projects. 812.
https://commons.emich.edu/honors/812