My research area here at Miami University consists of Quantum Information, with the sub-interdisciplinary addition of Theoretical Astrophysics. Studying black holes has become a big part of my research, where I am studying how and why black holes store quantum information. Yet, the challenge is investigating two complementary theories: Einstein’s theory of general relativity and Stephen Hawking’s theory of black holes, which in essence, states that the surface area of a black hole cannot be decreased. What I want to discover is if these theories can be integrated or is there only one theory that abides by the true behavior of black holes. In commencing my investigation of the paradox, I am presenting the two ideas as a general discussion of what my research in the future will be focused on. Quantum information is believed to be the near future technological revolution, with various applications in our everyday lives such as quantum computing and ultra-secure communication. Additionally, black holes are significantly important to studying and understanding galaxy formation. Analyzing both of these aspects in one project will not only illustrate overlap but propel these modern ideas in physics to another level. Investigating or even integrating these two theories of black holes will be my endeavor in the imminent future, where I plan to analyze and model them by identifying their properties and their relationship with quantum information. Over time, my goal will be to dissect the gray area of quantum mechanics and general relativity, which has been a controversial topic for many physicists today. Hopefully, with my contributions, I can create a clearer picture of what takes place in a black hole and how they affect our universe.
Author: Jaela Allen, Physics and Geology Major
Advisor: Imran Mirza, Physics department
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