Who is Law For? An Analysis of the Nature of the Legal Being. The project will provide the first contemporary comprehensive scholarly treatise on "the legal person" as this legal concept applies to natural beings and objects: from rational humans, to human foetuses to animals to trees. It will have a direct bearing on legal decision-making in some of the most sensitive and controversial areas of law and therefore will have a highly practical legal application. For example, the project critically ....Who is Law For? An Analysis of the Nature of the Legal Being. The project will provide the first contemporary comprehensive scholarly treatise on "the legal person" as this legal concept applies to natural beings and objects: from rational humans, to human foetuses to animals to trees. It will have a direct bearing on legal decision-making in some of the most sensitive and controversial areas of law and therefore will have a highly practical legal application. For example, the project critically evaluates the legal status of the embryo and so will be of immediate interest to national and international law reformers considering the legality of the new reproductive technologies, cloning and embryonic stem cell research.Read moreRead less
Aggregation control for high-performance polymer electronics. This project aims to exploit the behaviour of semiconducting polymer chains in solution to realise high-performance polymer electronics. This project will be achieved through a combination of simulation, theory, and X-ray measurements of solution-phase chain conformation and device studies. The project expects to create new predictive understanding of how the self organisation of semiconducting polymer chains determines thin-film micr ....Aggregation control for high-performance polymer electronics. This project aims to exploit the behaviour of semiconducting polymer chains in solution to realise high-performance polymer electronics. This project will be achieved through a combination of simulation, theory, and X-ray measurements of solution-phase chain conformation and device studies. The project expects to create new predictive understanding of how the self organisation of semiconducting polymer chains determines thin-film microstructure and thus charge transport in thin-film devices. Expected outcomes include new materials and processes for high-performance polymer transistors and enhanced interdisciplinary research partnerships. This approach should hasten the development of new technologies based on lightweight flexible electronic devices.Read moreRead less
Improved image analysis: maximised statistical use of geometry/shape constraints. This project will improve image analysis to apply such applications as 3D street-scape reconstruction, synthetic inserts into video for special effects, autonomous navigation, and scene understanding. It will do so by maximally exploiting the geometry of planar surfaces (e.g. walls) and straight lines and other simple geometric shapes.