Home Institution: Michigan State University
Research Project: Quantum Computing with Trapped Ions
UW Mentor(s): Boris Blinov

Q: What are your physics/science interests?
At the moment I am very interested in quantum computing research. Although the potential applications are definitely exciting, I am mostly interested in the advances in physics that this field of research could lead to. The manipulation of individual quantum objects is very cool, and I am always blown away by the trapping of individual ions like in the ion traps my group this summer uses.

Q: What are your other interests?
I also am a piano major and have been playing the piano since age 5. I would have a hard time imagining my life without it and hope to continue my piano studies alongside my physics PhD.

Q: What would you like to do after college?
I am planning on attending graduate school for physics, either in the US or in the UK. I want to specialize in quantum computing research which would involve a PhD in either condensed matter physics or atomic physics.

Q: Tell us one strange but interesting fact about yourself.
I learned how to knit when I was around 10 years old.

Q: What first sparked your interest in Physics?
My best friend in middle school was a physics nerd, I remember him describing superstring theory to me when we were in 8th grade. At the time I found the idea that all matter was made of tiny vibrating strings ridiculous but amazing, which is a good description of how I feel about physics today.

Q: If you could have any pet what would it be?
I would get a dragon lizard, they are really cool and sweet. I would love to have a wild animal but they are better off in their home habitat.

Q: If you had a free month and unlimited funds, how would you spend your time?
I would rent a boat and desperately try to cross the Atlantic without dying.

Q: If you could get a grant to study anything what would it be?
Other than physics, I would like to spend some time learning piano restoration and repair. I have always been curious as to how 10,000 pieces come together to make such an intricate instrument.