Overview

This is a scientific video about the world of soap films designed for the general public. Few other physical problems have influenced as many branches of mathematics in the past 200 years as have the study of soap films. A soap film is physically similar to a piece of rubber surface which tries to contract itself under surface tension to a surface with least area. The video is completely computer generated. It explains the world of soap films and their properties in an amusing story, in which a young boy explores the palace of soap films. Under the guidance of an old professor, he gets fascinating insights and becomes a witness to never-before-seen shapes and animations of soap films. The authors have achieved the unique result of making the film exciting and enjoyable for both anyone interested in science and researchers in differential geometry. In addition, the film is ideally suited to be shown to school students, and hence of great interest to mathematics teachers.

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9783540926368

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Touching Soap Films is a well-prepared video product, introducing the world of minimal surfaces to the general audience. ... It is recommended to every mathematics club and public library, and can also be used as a source of information for univresity courses in geometry or claculus of variations. Some topics such as building tunnels into minimal surfaces are under current mathematical research, which makes the tape also worth watching by experts in this field. Reviewed by Hong You Wu, Mathematical Reviews, Issue 2001d

""Touching Soap Films is a well-prepared video product, introducing the world of minimal surfaces to the general audience. ... It is recommended to every mathematics club and public library, and can also be used as a source of information for univresity courses in geometry or claculus of variations. Some topics such as building tunnels into minimal surfaces are under current mathematical research, which makes the tape also worth watching by experts in this field."" Reviewed by Hong You Wu, Mathematical Reviews, Issue 2001d

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