
Research

Research Projects
Mathematical Exploration of Beehive Structure and Design
This project delves into the mathematics behind the efficiency and geometric properties of beehive cells, particularly the hexagonal structures. Students explored how these shapes optimize space and resources, providing insights into natural design principles.
Research Assistant:
Selena Richardson
Contributing Members:
- Krystal Marroquin
- Cassandra Valle
- Alia Hernandez
Mathematical Design of the Lobster Eye
This investigation focuses on the unique reflective properties of the lobster eye, analyzing its mathematical design and potential applications in optical technologies. Students studied how these principles could inspire innovative advancements in imaging systems.
Research Assistant:
Isai Uluan-Birrueta
Contributing Members:
- Destiny Parra
- David Huxley
Mathematical Study of DNA Structure
In this project, students explored the mathematical structure of DNA through the lens of information theory, including concepts from Shannon and Kolmogorov. They examined the optimality of the four-base nucleotide structure and its implications for biological systems.
Contributing Members:
- Naomi Hekman
- Hayden Schuljak
- Ava Madero
- William Anklam