School of Materials Seminar entitled "Programmable 2-Dimensional Molecular Composites"
|Starts:||10:30 18 Jan 2017|
|Ends:||12:00 18 Jan 2017|
|What is it:||Seminar|
|Organiser:||School of Materials|
Professor Melik Demirel, Director of the Center for Research on Advanced Fiber Technologies (CRAFT) at Penn State University is visiting Manchester to talk about Programmable 2-Dimensional Molecular Composites on 18th January 2017.
Recent advances in nanotechnology of two-dimensional (2D) materials combined with parallel improvements in biotechnology and synthetic biology demonstrated that more complex composites materials with properties engineered precisely to optimize
performance could be achieved.
We propose to create functional programmable materials with user defined physical properties from composites of 2D materials (e.g., graphene oxide and titanium carbide) and polymeric proteins. Our approach is based on an ultra-fast microscopy technique to screen
molecular morphology of polymeric proteins. These proteins have several advantages as programmablematerials: (i) their chain length, sequence, and stereochemistry can be easily controlled, (ii) their molecular structure and morphology is well-defined, (iii) they provide
a variety of functional chemistries for conjugation to 2D materials, and (iv) they can be designed to exhibit a variety of physical properties. The amino-acid sequence of the protein layers can be controlled to prescribe the alignment of 2D materials that will form the substrate
of our composites. The variability of the amino-acid sequences in the polymeric proteins, which will dictate the degree of crystallinity and alignment of the protein layers, are used to control the interactions at the 2D material/protein interface, ultimately dictating the functional
physical properties (e.g., electrical resistivity and thermal conductivity) of novel materials and devices.
Travel and Contact Information
D12, MSS Tower, Sackville Street, M1 3BB
Charles St (Multi-storey)