dr jamieson christie
- Dr Jamieson Christie
- Senior Research Fellow
- Dept of Chemistry
- Faculty of Maths & Physical Sciences
Research SummaryI work in the field of computational materials science.
I use molecular dynamics techniques to build computational models of various materials which are implanted into the body for (bio)medical reasons. These materials have included: bioactive phosphate glasses, yttrium-containing silicate glasses for in situ radiotherapy and fluorine-containing silicate glasses for dental applications. I aim to understand how the structure of the material controls its interactions with the body, and so how materials can be designed and optimised for use as biomedical implants. This work is part of broader aims to connect research in the physical sciences to biomedicine.
I am also interested in the theory and simulation of amorphous (disordered) materials generally, including the development of accurate interatomic force fields, and medium-range order in the structure of glasses.
My work is funded by a UCL Excellence Fellowship. I am also associated with the Industrial Doctorate Centre in Molecular Modelling and Materials Science based in UCL Chemistry, and TYC@UCL, the UCL branch of the Thomas Young Centre.
In 2011, I was seconded (part-time) for six months to the Government Office for Science, the civil service office supporting the Government Chief Scientific Adviser.
Integrating biological activity into radioisotope vectors: molecular dynamics models of yttrium-doped bioactive glasses
Molecular Dynamics Simulations and Structural Descriptors of Radioisotope Glass Vectors for In-Situ Radiotherapy
Bioactive glasses as potential radioisotope vectors for in-situ cancer therapy: investigating the structural effects of yttrium
Aluminosilicate glasses as yttrium vectors for in-situ radiotherapy: understanding composition-durability effects through molecular dynamics simulations
Short-range structure of yttrium aluminosilicate glass for cancer radiotherapy: Car-Parrinello Molecular Dynamics simulations
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