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"What is that confers the noblest delight? What is that which swells a man's breast with pride above that which any other experience can bring to him? Discovery! To know that you are walking where none others have walked; that you are beholding what human eye has not seen before; that you are breathing a virgin atmosphere. To give birth to an idea -- to discover a great thought -- an intellectual nugget, right under the dust of a field that many a brain -- plow had gone over before. To find a new planet, to invent a new hinge, to find the way to make the lightnings carry your messages. To be the first -- that is the idea. To do something, say something, see something, before any body else -- these are the things that confer a pleasure compared with which other pleasures are tame and commonplace, other ecstasies cheap and trivial." (Mark Twain)

 I currently work as a data scientist at OpenX in Pasadena.  In the past I worked as a scientist in the Analytics department at ID Analytics in San Diego.  I applied machine learning techniques to build statistical risk models for fraud and credit space.  In August of 2010, I completed my doctoral degree in quantum information science from the computer science department at the University of Southern California under the supervision of Dr. Todd A. BrunI have simulated quantum error-correcting codes under realistic physical noise models and analyzed their performance through various channels. Dr. Todd Brun and Dr. Ruediger Schack co-authored a software package to simulate quantum trajectory equations. I later extended the software to include quantum operations with density matrices and a routine that solves the full Lindbladian master equation. If you would like to use the software to simulate interesting quantum information processing tasks, please feel free to e-mail me. A copy of the QIP software can be found here. It is freely available under GNU General Public License.

I have worked on some aspects of information hiding using quantum information processing tools. Todd and I developed a general theory of quantum steganography and we also showed how one could hide quantum information the five-qubit code also sometimes known as the Perfect Code.   

During my undergraduate years and my Masters degree I worked in the Laboratory for Molecular Science with Dr. Leonard Adleman on self-assembly. 

I maintain a blog where in the past I have talked about my cultural and scientific escapades in Los Angeles.  You can read the blog here.

When I am not working on computer science I enjoy hiking, yoga, writing poetry, sketching, and going to as many live music events around San Diego and Los Angeles as time can permit.