My general research area is the field of quantum computing (QC) and quantum information processing (QIP). QC & QIP primarily uses the laws of quantum mechanics to store, manipulate and transfer information. The question that I am trying to answer in this poster is whether or not there is a way to send information securely (compared to the currently implemented methods) with the assistance of quantum technologies. This is important because as the field of QC will progress, it will create a need for fundamentally newer and more secure cryptographic protocols. One of the major findings in this area is the so-called BB84 quantum key distribution protocol, which can successfully send a key using quantum mechanics that is robust against eavesdropping (even to the point of being able to detect the presence of an eavesdropper). Once such a key is securely distributed, then the next step would be to implement the full quantum information transfer procedure. This experience has been relevant for my future because I intend to continue studying QC and QIP as a career, and this project has provided me with a solid introduction to many of the tools and concepts used in this research area.
Author(s): Glenn Ochsner, Physics and Mathematics Major
Advisor(s): Imran Mirza, Department of Physics
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