Materials Postdoc and Fellows Symposium returns for its twelfth year

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Postdocs and Fellows eating lunch at the symposium

Postdocs and Fellows symposium celebrates the work of Postdoctoral Researchers and Fellows in the Department of Materials.

The symposium returned for its twelfth year with an event held at White City campus. Attendees enjoyed a networking lunch, engaging research talks and a tour of the Royce Facility.

  • Postdoc and Fellow winners of the Scientific Image Competition and talks. From left to right (Dr Max Attwood, Dr Francesca Tallia and Dr Wern Ng).

    Postdoc and Fellow winners of the Scientific Image Competition and talks. From left to right (Dr Max Attwood, Dr Francesca Tallia and Dr Wern Ng).

  • Postdocs and Fellows showcasing their research posters during the symposium

    Postdocs and Fellows showcasing their research posters during the symposium

  • Postdocs and Fellows during a tour of the Royce labs at White City

    Postdocs and Fellows during a tour of the Royce labs at White City

  • Postdocs and Fellows during the tour of the Royce labs at White City

    Postdocs and Fellows during the tour of the Royce labs at White City

Prize Winners 

The Postdoc and Fellows symposium showcased our scientists' research with a variety of engaging talks. This year's lineup featured many speakers, with three competition winners:

Best talk 1st place: Francesca Tallia

Best talk 2nd place: Chikwesiri Imediugwiu

Best talk 3rd place: Wern Ng

The Postdoc and Fellows symposium also celebrated our researchers by hosting a Scientific Image Contest.

Dr Max Attwood won the photo competition, with credit also to Jordan Passe, an undergraduate student working with him. 

The scientific image shows polymorphism arising in coronene and tetracyanobenzene co-crystals when deposited rapidly onto a glass surface. Each polymorph (red or orange crystals) has different properties, for example, colour, magnetism, and conductivity, and shows the importance of controlling even the crystal packing structure when considering their performance for different applications.

Polymorphism in coronene-TCNB charge transfer co-crystals


Reporter

Kayleigh Brewer

Kayleigh Brewer
Department of Materials

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