Polymer Science

6th Polymer International-IUPAC Award: Call for Nominations

by | Jun 26, 2017

A call for nominations for the 6th Polymer International-IUPAC Award, which includes past winners such as Ali Khademhoessini, Molly Stevens and Richard Hoogenboom.

Recognize the achievements of your colleagues by nominating them for this award. Your nominee could win $5,000!

The award will be presented at IUPAC World Polymer Congress – MACRO 2018, 1st July 5th July 2018 in Cairns, Australia. The winner will be awarded $5,000 plus travel and hotel accommodation expenses to attend MACRO 2018, where he/she will present an award lecture. The winner will be selected by the Scientific Committee, representing Polymer International and the IUPAC Polymer Division.

Join our previous PI-IUPAC Award Winners:
2008: Zhenan Bao
2010: Molly Stevens
2012: Ali Khademhosseini
2014: William Dichtel
2016: Richard Hoogenboom

Nominees must be under age 40 on 31st December 2017, and must be available to present an award lecture at MACRO 2018

  • Your name and address
  • Full name and date of birth of nominee
  • Business address of nominee
  • Nominee’s academic background and education
  • Nominee’s employment history (position, organization, duties, dates)
  • Nominee’s publications, patents, unpublished reports, papers presented at meetings
  • Nominee’s honors and awards
  • Scientific achievements for which the candidate is nominated for this award

* Self nominations will not be accepted

Polymer International

Polymer International publishes new developments in all branches of macromolecular science and technology. It covers original research on biopolymers, polymer chemistry, polymer physics and industrial polymer science. Learn more

ASN Weekly

Sign up for our weekly newsletter and receive the latest science news directly to your inbox.

ASN Weekly

Sign up for our weekly newsletter and receive the latest science news.

Related posts:

Conducting polymers go viral

Conducting polymers go viral

Researchers have used helical virus particles as chiral templates for growing polymers with magnetic properties.