Experience
Research
2002 - 2008Graduate Research Assistant
Rice University
Conducted independent research investigating a new family of molecules:
- Developed new techniques, experiments, theories, and research tracks for completely new nanoscale surface systems
- Investigated aspects of nanotechnology, including the novel Nanocar, fullerenes, nanotubes, SAMs, and dynamic single molecule devices
- Developed an aptitude for scanning probe microscopy, ultra high vacuum surface science tools, and chemical self-assembly
- Performed data and image analysis/processing with MATLAB, WSxM, WinSTM, XPM Pro, and other software
- Developed and coded original image processing algorithms
- Supervised research of beginning graduate students and undergraduates
2001Undergraduate Research Fellow
Princeton Plasma Physics Laboratory - Princeton, NJ
Directed, and ran simulations for the National Spherical Torus Experiment
- Edited and wrote code in Fortran and C++ for simulation software
- Organized, interpreted, and presented findings to committee
Writing/Teaching
2005
Workshop Instructor
Rice University - Houston, TX
- Devised and led workshops
- Taught introductory vector math to undergraduate physics students
1999
- 2001Tutor, Mentor, Assistant
Muhlenberg College - Allentown, PA
- Assessed students’ writing problems and difficulties and devised both immediate and long-term solutions
- Worked with professors to develop first-year class curricula
- Ran group workshops and private sessions to help cultivate better writing technique and ability
2000Promotional Copywriter
Harcourt Health Sciences / W. B Saunders - Philadelphia, PA
- Wrote original copy and edited past copy for promotional materials
- Researched and evaluated unpublished health-sciences titles for inclusion in future promotions
1999 - 2000Teaching Assistant
Muhlenberg College - Allentown, PA
- Ran introductory undergraduate physics lab sessions
- Provided guidance and help on homework problem sets
Education
Graduate Studies
Rice University, Houston, TX
2008Ph.D. Applied Physics
Thesis: “Variable Temperature Scanning Tunneling Microscopy Analysis of Nanocar Dynamics”
2005M.S. Applied Physics
Thesis: “Investigation and Manipulation of New Fullerene Derivative Molecules by Scanning
Tunneling Microscopy”
Publications
Directional Control in Thermally Driven Single-Molecule Nanocars
Yasuhiro Shirai, Andrew J. Osgood, Yuming Zhao, Kevin F. Kelly, James M. Tour
Nano Letters 5(11), 2330 (2005). *Was the #1 most-accessed ACS journal article of 2005
Surface-Rolling Molecules
Y. Shirai, Andrew J. Osgood et. al.
J. Am. Chem. Soc.,128Â (14), 4854 (2006).
Nanocar Step Crossing Facilitated by the Smoluchowski Effect
Andrew J. Osgood, Yasuhiro Shirai, Takashi Sasaki, James M. Tour, Kevin F. Kelly
Physical Review Letters
The Nanocar Family of Fullerene-derivative Moleucles: Behavior and Properties
Investigation and Manipulation of New Fullerene Derivative Molecules by Scanning Tunneling MicroscopyAndrew J. Osgood, Takashi Sasaki, Yasuhiro Shirai, James M. Tour, Kevin F. Kelly
ACS Nano
Automated Large-Scale Fullerene Detection and Analysis of High Temperature Nanocars
Andrew J. Osgood, Takashi Sasaki, James M. Tour, Kevin F. Kelly
Physical Review Letters
Flexibility in Oligo(phenylene ethynylene)-Fullerene derivatives
Andrew J. Osgood, Takashi Sasaki, James M. Tour, Kevin F. Kelly
ACS Nano
Select Presentations
2007American Physical Society March Meeting - Denver, CO
The Smoluchowski Effect and the Step-Crossing Behavior of Nanocars
Andrew J. Osgood, T. Sasaki, Y. Shirai, J. M. Tour, K. F. Kelly
2006Rice Quantum Institute Colloquium - Houston, TX
The Smoluchowski Effect and the Step-Edge Behavior of Nanocars
Andrew J. Osgood, T. Sasaki, Y. Shirai, J. M. Tour, K. F. Kelly
2006American Physical Society March Meeting - Baltimore, MD
Imaging and Manipulation of Nanocars by Scanning Tunneling Microscopy
Andrew J. Osgood, T. Sasaki, Y. Shirai, J. M. Tour, K. F. Kelly
2005Nanoscale Design and System Integration (poster) - Houston, TX
Fundamental Issues in Single Molecule Manipulation: Driving Nanocars
Andrew J. Osgood, Y. Shirai, J. M. Tour, K. F. Kelly
2005American Physical Society March Meeting - Los Angeles, CA
Investigation and Manipulation of new Fullerene-Based Molecules by Scanning Tunneling Microscopy
Andrew J. Osgood, Y. Shirai, Y. Zhao, J. M. Tour, K. F. Kelly
2004Rice Quantum Institute Colloquium - Houston, TX
Molecular Manipulation by Scanning Tunneling Microscopy
Andrew J. Osgood, Y. Shirai, Y. Zhao, J. M. Tour, K. F. Kelly
2004Physical Electronics Conference - Davis, CA
Imaging and Manipulation of new Fullerene-Based Molecules by Scanning Tunneling Microscopy
Andrew J. Osgood, Y. Zhao, Y. Shirai, James M. Tour, Kevin F. Kelly
2003Rice Quantum Institute Colloquium - Houston, TX
Single Molecule Imaging with Scanning Tunneling Microscopy
Andrew J. Osgood, Y. Zhao, J. M. Tour, K. F. Kelly
Research Highlighted in the Popular Press
June 2006National Geographic Magazine
Nano's Big Future
February 2006Popular Science
Big Wheels for Little Cars
October 2005Popular Mechanics
World's Smallest Car
October 2005MSNBC
The World's Smallest Car
October 2005Washington Times
Scientists Build a Single Molecule Nanocar
October 2005ABC News
Researcher Develops World's Smallest Car
October 2005New York Times
Scientists Build Tiny Vehicles for Molecular Passengers
Research Profile
In six years at Rice I studied a number of nanoscale systems and topics, most from a surface science perspective utilizing the Scanning Tunneling Microscope in both ambient and variable temperature (30 - 1300 K) ultra high vacuum environments. I developed and performed unique experiments and new methodology from immediate post-synthesis protocols to in-situ manipulation on a completely novel class of synthetic molecule, including sample preparation, molecule deposition, scanning parameters and methodology, single molecule manipulation techniques, and cryogenic and high temperature imaging. I performed and analyzed I-V spectroscopy, developed and utilized complex image processing and analysis in various software environments (including original matlab code and in-built routines,) prepared and imaged numerous surfaces, SAMs, compounds, types of nanotubes, fullerenes and fullerene-derivative molecules with both STM and AFM, and investigated both electronic and dynamic mechanical aspects of novel nanoscale devices. Like all equipment-intensive experimental research, my work required a very hands-on approach to problem solving. From diagnosing and fixing electronic components to wrenching on stainless steel ultra high vacuum equipment, I often learned more about how something works and how to fix it from hands-on experience than theoretical knowledge – something I believe to be invaluable when no one but you has the answers, but you still aren't quite sure what to do at first.  In addition, I helped build and establish a new lab as my advisor's first graduate student, taught new techniques and protocols, and helped newer students develop varied research specialties, all the while teaching myself the myriad techniques, skill sets, disciplines, and nuances necessary to complete successful research in a top-level graduate program.
Undergraduate Studies
Muhlenberg College, Allentown, PA
2002B.S. Double Major – Physics, English with writing concentrationGPA: 3.618
Honors and Awards
2002Robert A. Boyer Physics Award
2001Clifford R. Moyer Memorial Prize in Physics
1998 – 2002Dean's List
1998 – 2002Muhlenberg Scholar
1998 – 2002Muhlenberg Presidential Scholarship
Student Activities
2000 – 2002Phi Kappa Tau, Eta chapter founding brother, community service and fundraising chairman
1999 – 2002Student Advisor
2000 – 2001Society of Physics Students chapter Co-Founder and Vice President
1999 – 2001Muhlenberg Campus Delegate
1999 – 2000Muhlenberg Weekly Staff Writer