E-MRS 2017 Best Poster Prize

26 May 2017

Founded in 1983, the European Materials Research Society (E-MRS) now has more than 3,200 members from industry, government, academia and research laboratories, who meet regularly to debate recent technological developments of functional materials.

The E-MRS differs from many single-discipline professional societies by encouraging scientists, engineers and research managers to exchange information on an interdisciplinary platform, and by recognizing professional and technical excellence by promoting awards for achievement from student to senior scientist level. As an adhering body of the International Union of Materials Research Societies (IUMRS), the E-MRS enjoys and benefits from very close relationships with other Materials Research organizations elsewhere in Europe and around the world.

Each year, E-MRS organizes, co-organizes, sponsors or co-sponsors numerous scientific events and meetings. The major society conference, the E-MRS Spring Meeting, is organized every year in May or June and offers on average 25 topical symposia. It is widely recognized as being of the highest international significance and is the greatest of its kind in Europe with about 2,500 attendees every year. Each symposium publishes its own proceedings that document the latest experimental and theoretical understanding of material growth and properties, the exploitation of new advanced processes, and the development of electronic devices that can benefit best from the outstanding physical properties of functional materials. 

This year the E-MRS Spring Meeting and Exhibition was held in the extended and modernized Convention Centre of Strasbourg (France), from May 22 to 26, 2017.

We are pleased to announce that Winnie Leung, current MPhil student and previous MSci Student (2012-16) won the Best Poster Presentation.  Winnie is jointly supervised by Dr David Scanlon and Dr Robert Palgrave and is pursuing a joint theory-experiment PhD based on examining novel antimony and bismuth based materials for renewable energy applications. At the e-MRS Winnie presented her results on NaSbS2, an emerging non-toxic, earth abundant solar cell material.