Topic: Solid State III: Electronic and Magnetic Materials
The evolution and innovation of computing and communication technologies presents an ongoing challenge to understand and harness the electronic and magnetic properties of solid state materials. This "Electronic and Magnetic Materials" symposium will addressed the central role of solid state chemistry in meeting this challenge through the design, synthesis, structure determination and characterisation of new electronic and magnetic materials.
- Thermoelectrics
- Transparent conductors
- Magneto-resistors
- Superconductors
- Frustrated magnetic materials
Session: Solid State III: Electronic and Magnetic Materials - Tuesday 3 July (pm)
Keynote
Robert Cava
Princeton University, USA
Soft-lithographic patterning of functional oxides
Sajid U Khan*, Ole F Göbel, Johan E Elshof and Dave H A Blank
University of Twente, The Netherlands
Point defects in ZnO
Alexey A Sokol*
The Royal Institution of Great Britain, UK
The family of Si-B-N-C ceramics: paving the way to industrial scale production
Martin Jansen* and Marcus Weinmann
Max-Planck-Institute, Germany
Bismuth based perovskites synthesized at ambient pressure: searching for multiferroics
Helen Hughes, Mathieu M B Allix, Craig Bridges, John B Claridge*, Xiaojun Kuang, Hongjun Niu, Stephen Taylor, Wenhai Song and Matthew J Rosseinsky
University of Liverpool, UK
Complex glasses as precursors for nanocomposites
William T Petuskey
Arizona State University, USA
Anion ordering and thermoelectric properties in chalcogen-containing skutterudites
Paz Vaqueiro* and Gerard G Sobany
Heriot-Watt University, UK
New thermoelectric materials: the (Bi2)m(Bi2Te3)n homologous series and Mn doped BiTe (m:n = 1:2)
J W G Bos*, M Lee, E Morosan, N P Ong, W L Lee, H W Zandbergen and R J Cava
University of Edinburgh, UK and Princeton University, USA
