Research Exchange Program Builds International Relationships.... | |
"In today's global marketplace, it is more important than ever for students and researchers to gain an international perspective. Some are doing so through the International Materials Institute for New Functionality in Glass"... like
Graduate student Adam Stone seen on the right of picture, who has spent time at Kyoto University's innovative Collaboration Center. |
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IMI for Glass Receives Second Five-Year Grant from the National Science Foundation (NSF) to increase the visibility of glass across the globe. Glass plays a critical role in most of the 14 "grand challenges" that, according to the National Academy of Engineering, human beings need to solve in the 21st century. Read Full Article > |
US-China Winter School on New Functionalities in Glass,
Zhejiang University, China.
The goal of this Winter School was to expose interested students in US and China in an international environment to the crucial role played by glasses in the cutting-edge applications of today, and emerging technolgies of tomorrow. Read one student's experience of studying abroad > |
Reflecting on the Many Uses of Glass. |
Spotlight 
Seth Berbano, a Materials Engineering Junior at Iowa State University has been busy in the labs of Osaka Prefecture University (OPU) in Sakai City, Japan on a 10 week research experience (REU Program) sponsored by the IMI-NFG. The purpose of this program is to introduce students, like Seth, to the opportunities in glass research at a world class glass technical facility both within the US and abroad. Read more>


Glass helps damage bone regenerate.
Mini Interactive Web Course on CHALCOGENIDE GLASSES. Spring Semester 2011. This 7 week course provided students with a broad overview of chacogenide glasses (structure & properties) and existing and potential applications, such as in photonics, electronics and ionics.
IMI for Glass Receives Second Five-Year Grant from the National Science Foundation (NSF) to increase the visibility of glass across the globe. Glass plays a critical role in most of the 14 "grand challenges" that, according to the National Academy of Engineering, human beings need to solve in the 21st century. 
