March Meeting 2012 • February 27 - March 2 • Boston, Massachusetts
DPOLY Short Course
Case Studies in Polymer Physics from the Industrial Research World
Short Course Registration
Registration Closes Friday, January 27
Preregistration Required
You must preregister for this course.
Problems Registering?
If you have difficulty registering on-line, please print and fill out the March Meeting Registration Form and fax it to APS (301) 209-3652.
March Meeting Registration Form
Contact Christopher Soles (csoles@nist.gov) if you have problems or questions.
Saturday, February 25
1:00 p.m. - 5:00 p.m.
Sunday, February 26
8:00 a.m. - 5:00 p.m.
Westin Hotel
Otis Room
Course Facilitators
Christopher L. Soles
NIST - Polymers Division
csoles@nist.gov
Prof. Karen I. Winey
U Penn - Dept. of Materials Science & Engineering
winey@seas.upenn.edu
Who Should Attend?
Graduate students, postdoctoral fellows, and principal investigators in academia and industry who are interested in learning more about areas of industrial research where skills and expertise in polymer physics have had an impact on industry. This course will provide the attendees a means of for broadening their horizons, developing their career paths, creating new research directions with a quantifiable impact, and several motivating examples of the importance of polymer physics.
Registration
Preregister for the Short Course when you register online for the for the March Meeting. On-site registration will not be available. If you are not able to register for the course when you register for the Meeting, print and fill out the March Meeting Registration Form and fax it to APS (301) 209-3652. Please contact Christopher Soles csoles@nist.gov) with problems or questions.
March Meeting Registration Form
Cost
Fees include both days.
$150 APS Members
$100 Students/Post Docs
$250 Non-Member
Scholarships have been made available through DPOLY to reimburse the registration fees for the first 20 Students/Post Docs to apply.
Workshop Description
This workshop will present a series of case studies by industrial scientist illustrating how fundamental skills in polymer physics have played a central role in enabling new and improved products in the marketplace today. Our panel of industrial experts will show, by example, how solving fascinating and challenging problems in polymer physics has been critical for generating economic success. The goal of this workshop is to both increase awareness of the importance of fundamental polymer physics in the industrial research world as well as educate graduate students, postdocs, and research scientists about the career opportunities that are available in industry.
Our panel of experts will present a broad and diverse overview of polymer physics in current industrial research. Perspectives will vary from early career scientists to senior research fellows, small start-ups to Fortune 500 companies, and a range of technology sectors including advanced materials, consumer products, personal care, healthcare, energy, and electronics. In addition to presenting case studies of where concepts of polymer physics have had impact, each panelist will also be asked to discuss the outstanding challenges and current problems facing their technology sector.
Course Lecturers
| Speaker | Topic | Affiliation |
| Michelle E. Seitz | Understanding Network Formation and Properties via 'Real Time' Techniques | DSM Ahead, Materials Sciences R&D |
| Lawrence A. Hough | Tuning Polymer Chemistry and Morphology to Achieve Bulk Properties that are Relevant to Customer's Needs | Complex Assemblies of Soft Matter Laboratory, CNRS-Rhodia-UPenn |
| Jai Pathak | From Molten Polymers to Therapeutic Proteins in Solution – Rheology and Underlying Polymer and Colloid Physics | Drug Delivery & Device Design Group, MedImmune LLC |
| Tao Xie | Teaching Polymer Memory Tricks | General Motors Global Research & Development |
| Nathan Mehl | Breakthrough Nucleation and Clarification of Polypropylene | Senior Scientist, Milliken & Company |
| Russ Walters | Polymer Physics in Consumer Care Products | Johnson and Johnson Company |
| Valeriy V. Ginzburg & Chris Christenson | Developing New Polyurethane Products Based on Polymer Physics Principles | The Dow Chemical Company |
| Vivek Prabhu | Applications of Neutron Reflectivity for Photoresist Fundamentals | NIST Polymers Division |
| Azar Alizadeh | GE Global Research | Block Copolymer Enabled Optoelectronic Devices and Applications |
| David J. Lohse | Developing New Polyolefin Products Based on Polymer Physics Principles | ExxonMobil Research & Engineering Co. (retired) |
| Jayesh Doshi | Problems in Polymer Physics Critical for the Commercialization of Electrospun Fibers | eSPIN Technologies |







