Stephen Becker's CV
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This cv was last updated April 2007. For a version recent to January 2009, please see this PDF version
Stephen Becker's CV
MC 217-50, 1200 E California Blvd, Pasadena, CA 91125
626-395-4545 (office), 626-792-9986 (home), 303-906-9085 (cell)
srbecker [at] caltech [dot] edu
Education
- California Institute of Technology, Pasadena, CA; working towards Ph.D. in Applied and Computational Mathematics (expected in 2010), fall 2005 to present
- Wesleyan University, Middletown, CT; graduated with high honors in physics (B.A.) and high honors in mathematics (B.A.) May 2005
- classes taken at Budapest Semesters in Math, Hungary, fall of 2003
- classes taken at University of Colorado at Boulder fall of 2000 and spring of 2001
- Fairview High School, Boulder, CO; graduated with honors May 2001
Research Interests
Algorithms for largescale convex optimization, in particular for SDP and Matrix Completion.
Publications
- Breakdown of the Stokes-Einstein Relation in Supercooled Water, P. Kumar, S.V. Buldyrev, S.R. Becker, P.H. Poole, F.W. Starr, and H.E. Stanley, Proceedings of the National Academy of Science, Vol. 104, 9575-9579 (2007).
- Fractional Stokes-Einstein and Debye-Stokes-Einstein relations in a network forming liquid, Stephen R. Becker, Peter H. Poole and Francis W. Starr, Physical Review Letters, Vol. 97 No. 5., August 2006.
http://link.aps.org/abstract/PRL/v97/e055901
- Translational and Rotational Dynamics of Supercooled Water, Stephen R. Becker, physics honor thesis at Wesleyan University (unpublished), April 2005, available at http://www.acm.caltech.edu/~srbecker/thesis.pdf
- The Dynamics of Falling Dominoes, Stan Wagon, Adrianne Pontarelli, Stephen Becker and William Briggs, UMAP Journal, (26)1, 2005, pp. 37-48.
Talks
- A generalization of Mason's Theorem, mathematics honors talk at Wesleyan University, April 2005
- Translational and rotational dynamics of supercooled water, presentation at condensed matter seminar at Wesleyan University, April 2005
Courses (as teaching assistant)
at Caltech:
- ACM 11 Intro to Matlab and Mathematica, co-instructor (I taught all lectures and wrote all homework for the first half of the semester), fall quarter 2008.
- ACM 105 Functional Analysis, TA, graduate level class, spring quarter 2008.
- ACM 104 Linear Algebra, TA, graduate level class, winter quarter 2007/08. I taught 3 lectures when the professor was out-of-town.
- ACM 11 Intro to Matlab and Mathematica, TA, fall quarter, 2008.
- ACM 95/100 c Intro to PDE, undergraduate/graduate level class, spring quarter 2007 (this was a 200-person class, so I was one of several TAs); I taught one lecture when the professor was out-of-town.
- ACM 104 Linear Algebra, graduate level class, winter quarter 2006/07
- ACM 105 Functional Analysis, graduate level class, fall quarter 2006
at Wesleyan University:
- Introductory physics, spring 2002
- Introductory physics, fall 2002
- Introductory calculus, fall 2002
- Linear algebra, spring 2003
- Discrete math, spring 2004
- Quantum mechanics, spring 2004
- Introductory physics, fall 2004
Other research experience
- Undergrad research with Professor Robert Rollefson on 1D gas behavior and NMR, Wesleyan University Spring 2003.
- Undergraduate participant in NSF / University of Colorado / JILA physics REU program, summer 2003. Experimental work on High Tc superconductors, work supervised by Professor Daniel Dessau of UC-Boulder.
- Informal collaboration with Professor William Briggs of University of Colorado at Denver, summer 2002. Resulted in a publication in an undergraduate journal.
Selected non-academic work experience
- Computer lab consultant, Wesleyan University. Spring 2003 to spring 2005. Supervised computer lab consisting of approximately 40 PCs and 10 Macs.
Honors and Awards
at Wesleyan University:
- Bertman Prize, May 2005, for a senior physics major.
- Graham Prize, co-winner, May 2005, for excellence in natural science.
- Rice Prize, co-winner, May 2005, for excellence in math by a senior.
- Phi Beta Kappa, early induction, November 2004.
- Rae Shortt Prize, co-winner, May 2004, for excellence in math.
- Van Dyke Prize, co-winner, May 2004, for excellence in physics.
- Robertson Prize, honorable mention, May 2003, for excellence in math by a junior or sophomore.
- Sherman Prize, honorable mention, May 2002, for excellence in math by a freshman.
at Fairview High School:
(forthcoming...)
Skills
- Experienced with Mathematica, Matlab, C environments
- Exposed to C++, Fortran 77, Java, HTML environments
- Ran large-scale Molecular Dynamics simulations on 30 node openMosix Beowulf cluster, programming in C in 2003-2005
- Ran large-scale parallel algorithms on Caltech's 162-node SHC cluster (2008-2009)
- Experienced with linux/unix environments
- Studied Spanish for 6 years in Middle / High School
Organizations and Leadership
- President and webmaster, Caltech Alpine Club, 2006-present. Lead several 12 to 15 person trips up technical routes on Mt. Whitney (in winter) and Mt. Shasta.
- Varsity cross-country (Div. III), Wesleyan University, 2001-2002
- Varsity track (Div. III), Wesleyan University, 2002
- Tutoring center, Fairview High school, 2000-2001
- Varsity cross-country, state champion team, Fairview High School, 2000
- Varsity track, state-qualifying 4x800m relay, Fairview High School, 1999
- Sophomore Baseball team, Fairview High School, 1998
- Boy Scouts of America, Life Scout, 1995 to 2001
Page last modified Sep 14, 2009