Chris Sorrell Interview Essay
Interview with Academic Report – Professor Chris Sorrell
Background
Professor Chris Sorrell is an academic staff of the School Of Materials Science and Engineering at the University of New South Wales. Professor Sorrell specifies in Ceramics Engineering, which is a branch of materials science that researches substances that are made from metals that are non-metals and not organic. Professor Sorrell’s main research currently focuses on photocatalytic usage in various applications such as in the biomedical field. Professor Sorrell alongside his postdoctoral, Dr Koshy is currently supervising 12 PhD students, 20 master students and a few honour students. Amongst the students, 20 of which are researching on photocatalysis.
Contributions of the academic staff to their research area
Professor Sorrell has made many contributions to Materials Science research. The main focus of Professor Sorrell’s research has been in the processing of ceramics, including fabrication, forming, and densification of bulk materials, thick films, and thin films [1]. The current research that Professor Sorrell …show more content…
Professor Sorrel and his student’s future plans are directing towards using the photocatalysis of titanium dioxide in the health and medicine sector. This technology will change the future of medicine and surgery as patients will not have to worry about the risks of infection or bio-incompatibility. Photocatalysis of titanium dioxide’s ability to create oxygen radicals is a significant property as this will allow for self-sterilising material and for cleaner environments. Furthermore, photocatalytic titania in the future, is a possible candidate for cancer treatment. Unlike current treatments, this will bring about no harmful side effects and will only target the cancer cells and not damage healthy cells. The uses of photocatalytic titania is vast, hence research into this technology is highly
Background
Professor Chris Sorrell is an academic staff of the School Of Materials Science and Engineering at the University of New South Wales. Professor Sorrell specifies in Ceramics Engineering, which is a branch of materials science that researches substances that are made from metals that are non-metals and not organic. Professor Sorrell’s main research currently focuses on photocatalytic usage in various applications such as in the biomedical field. Professor Sorrell alongside his postdoctoral, Dr Koshy is currently supervising 12 PhD students, 20 master students and a few honour students. Amongst the students, 20 of which are researching on photocatalysis.
Contributions of the academic staff to their research area
Professor Sorrell has made many contributions to Materials Science research. The main focus of Professor Sorrell’s research has been in the processing of ceramics, including fabrication, forming, and densification of bulk materials, thick films, and thin films [1]. The current research that Professor Sorrell …show more content…
Professor Sorrel and his student’s future plans are directing towards using the photocatalysis of titanium dioxide in the health and medicine sector. This technology will change the future of medicine and surgery as patients will not have to worry about the risks of infection or bio-incompatibility. Photocatalysis of titanium dioxide’s ability to create oxygen radicals is a significant property as this will allow for self-sterilising material and for cleaner environments. Furthermore, photocatalytic titania in the future, is a possible candidate for cancer treatment. Unlike current treatments, this will bring about no harmful side effects and will only target the cancer cells and not damage healthy cells. The uses of photocatalytic titania is vast, hence research into this technology is highly