Graduation Year
Spring 2013
Document Type
Open Access Senior Thesis
Degree Name
Bachelor of Arts
Department
Mathematical Sciences
Reader 1
Sam Nelson
Terms of Use & License Information
Rights Information
© 2013 Austin G. Gomez
Abstract
The concept of rendering an object invisible, once considered unfathomable, can now be deemed achievable using artificial metamaterials. The ability for these advanced structures to refract waves in the negative direction has sparked creativity for future applications. Manipulating electromagnetic waves of all frequencies around an object requires precise and unique parameters, which are calculated from various mathemat- ical laws and equations. We explore the possible interpretations of these parameters and how they are implemented towards the construction of a suitable metamaterial. If carried out correctly, the wave will exit the metamaterial exhibiting the same behavior as when it had entered. Thus, an outside observer will not be able to recognize any abnormal changes in wave frequency or direction. This paper will survey studies and technologies from the past 20 years to arrive at a concise mathematical examination of the possibilities and inherent issues under the umbrella of modern ”cloaking.”
Recommended Citation
Gomez, Austin G., "Invisibility: A Mathematical Perspective" (2013). CMC Senior Theses. 693.
https://scholarship.claremont.edu/cmc_theses/693
Included in
Atomic, Molecular and Optical Physics Commons, Other Applied Mathematics Commons, Other Mathematics Commons