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Contact: Research: My main research focus is in the field of quantum information. I am specifically
interested in quantum algorithms, quantum communication, and quantum
complexity theory. My background is in computer science, and as one may expect,
I am very passionate about programming. Many of my projects focus on quantum
computing, such as PyQu. Recently
I have been creating and collecting useful Python scripts for quantum
information and quantum computation. These scripts have a focus on quantum
communication channels and may be useful for those wishing to perform on the
fly calculations. In addition, I also enjoy delving into various branches of
mathematics and working on interesting problems with a relation to aspects of
quantum information. In the past I have worked for the Aerospace
Engineering department at Michigan as an intern researcher and programmer. Professional
Documents: ·
CV Selected
Publications: ·
Beatty
Sequences, Fibonacci Numbers, and the Golden Ratio Fibonacci
Quarterly, Volume 49, (2011). ·
GPU
Accelerated Monte Carlo Simulations In the Gibbs and Canonical Ensembles
(Joint work) The
American Institute of Chemical Engineers, (2011). Teaching: ·
CSC 1501 Discrete Mathematics, Wayne
State University, (Winter 2012). ·
CSC 2111 Data Structures and Abstraction, Wayne
State University, (Fall 2011). ·
CSC 1101 Computer Science I, Wayne
State University, (Winter 2011). ·
Tutor for all undergraduate math courses, and
all undergraduate and graduate computer science courses, Wayne State
University, (Fall 2009, Winter 2009, Fall 2010, Winter 2010, Fall 2011). Awards: ·
Graduate Professional Scholarship (Full year
graduate tuition), Wayne State University, 2011. ·
WSU Quantum Computing Group Travel Award, Wayne
State University, 2011. ·
IT Communities of Practice Award (Full semester
funding), General Motors, 2010. ·
IT Communities of Practice Award (Full semester
funding), National Science Foundation, 2009. Quantum Computing: ·
Contributing member of University of
Michigan’s Quantum
Information Reading Group. ·
Founder and president of Wayne State
University’s Quantum
Computing Group. ·
Programmer for PyQu, a quantum computational
emulator written in Python. Emulator has been publicly acknowledged here. ·
Compiled a list of
especially helpful resources for developing a deeper understanding of
everything pertaining to quantum computing (updated regularly). ·
I had the privilege to work briefly with John Watrous at the Institute
for Quantum Computing on topics of quantum complexity. Specifically quantum
refereed games. ·
My thesis combined elements of theoretical
computer science and quantum computation to form quantum Lindenmayer systems. Presentations on Topics in Quantum Computation: ·
Analysis of Nonlocal Games, Strategies and Near-Optimal Bell Inequality Violations Based on "Near-Optimal and Explicit Bell Inequality Violations" - H. Buhrman, O. Regev, G. Scarpa, R. Wolf", Based on "From Qubits to Hyperbits" - M. Pawlowski, A. Winter Hobbies: ·
Thinking about all things quantum computing. ·
Finding solutions to unsolved problems (See # 9). ·
Programming. Specifically on projects with an
academic or scientific focus. ·
Recording and making my own music. ·
Reading
books on a number of different topics.
