Earth Sciences - Natural Science
The University of Cambridge offers a degree course in Natural Science. Students do not need any previous knowledge of the subject. Geological science deals with the earth, how certain elements separated and migrated to form continents and oceans, how it formed, how the chemistry of rocks is used to unite the story interior of earth.
Earth Sciences cope with anticipating earthquakes and predicting volcanoes, how the earth rings like a bell after an earthquake. Isotopes and fossils may be used to study changes in sea level, climate and currents in the earth's icehouse and greenhouse states, allowing dealing with the problem of climate change. The practical concern may consist of problems such as how to find coal, water, mineral and oil.
Evolution and Behaviour
Students who wish to take this paper need to have 'A' level biology. The first half of this paper introduces students to the major principles of explores the origins, principles of evolutionary theory, diversity and evolution of life on earth. Illustrations are drawn from all levels of organelles, biology, cells, molecules, societies and organisms and from a wide range of kingdoms. The modern methods of interpretation and analysis make this an exciting and fast-changing field of study.
The second half of the option focuses upon animal behaviour in an evolutionary framework comprising the evolution of intelligence and sociality, comparative studies of memory and learning and finally behaviour and evolution of humans and primates and evolutionary psychology.
Students are taught behaviour and evolution by the departments of Biochemistry, Biological Anthropology, Experimental Psychology, Plant Sciences, Genetics and Zoology. The course covers complete range of disciplines within the biology. It is usually a helpful foundation for second and third year options in Plant Sciences, Zoology, Psychology, Ecology and Genetics. The subject is widely accepted by scientists with an interest in evolutionary psychology and biology.
Students who wish to take this option must have 'A' level Chemistry or Physics and Mathematics. Students do any previous knowledge of the subject. This option incorporates a fast-growing, modern and interdisciplinary area along with very flexible boundaries. The major diversity arises in materials because they consist of molecular and atomic structures organized in complex patterns over various length scales. The resulting intricate microstructures generate striking physical properties, mechanical behaviour of technological importance and scientific.
The subject lays emphasis upon the fascinating science of structure property relationship through an integrated system of practical and lectures, which are supplemented by web-based learning. Student will engage in a broad range of hands-on activities comprising fuel-cell construction and nanoscale characterization. Additionally, students shall learn, for instance, how liquid-crystal displays work, why airplanes do not fall apart and how biomaterials inspire materials design.
This option forms an essential part of physical sciences teaching at Cambridge and includes invaluable background knowledge to emphasis the study of Mineral Science, Materials Science or other physical sciences such s chemistry and physics in consequently years. Students who wish to continue into part first 'B' have European vacation placement schemes available to them.