I am a PhD student at the **University of Texas at Austin** researching at the **Quantum Information Center** under Prof. Scott Aaronson.

I completed my undergraduate studies at the **California Institute of Technology** in June 2016. I have a Bachelor of Science in physics (major) and computer science (minor).

When quantum computers begin to rely on quantum error correction they will face a serious problem: We only know how to implement Clifford operations fault-tolerantly. We can still make such a device universal by preparing certain 'magic' quantum states. Magic state distillation studies the preparation of these states.

In February 2017 I showed that any distillation procedure can be reduced to the signed quantum weight enumerators of a quantum stabilizer code:

2017: Signed quantum weight enumerators characterize qubit magic state distillation - quant-ph/1702.06990In August 2017 I demonstrated that distillation exhibits fractal properties. So, essentially, magic state distillation is about crafting fractals that suit our needs.

2017: Fractal Properties of Magic State Distillationquant-ph/1708.09256

In early 2016 David Gosset and Sergei Bravyi developed a fast simulator for quantum circuits that extends the Gottesmann-Knill theorem to support T-gates:

Sergei Bravyi, David Gosset: Improved classical simulation of quantum circuits dominated by Clifford gates - quant-ph/1601.07601Iskren Vankov and I maintain an implementation of this algorithm written in Python and C. We are hoping to test this out on a supercomputer and go for a record-number of T-gates.

CircuitSimulator on GitHub CircuitSimulator SlidesAt IQIM under Prof. John Preskill, I wrote a matrix product state simulator in Javascript and used it simulate quantum cellular automata.

2015: Quantum Block Cellular Automata Interactive SlideshowIn 2014 I worked in Prof. David Hsieh's laser lab, and assisted Hao Chu with his ultrafast pulsed laser pump-probe experiment.

At the German Aerospace Center, Laksh Bhasin and I analyzed sub-pixel detection algorithms for a robotics sensor.

2013: Sub-Pixel Detection Algorithms for Fiber-Bragg GratingsI determined the orbit of an asteroid using telescope observations at the Summer Science Program 2011:

2011: Orbit Determination of 1951 LickMy first research project was to analyze ATLAS detector data under Dr. Richard Nisius at the Max Plank Institute for Physics in Munich.

2011: ATLAS Top-Quark Jet Reconstruction Algorithms
PatVimLatex - A latex editor for Vim and llpp
Three Sided Cards - A flashcard application for Chinese words
PatVR - A simple virtual reality application

Last update: August 2017