WORKSHOP: Computing Beyond Silicon Summer School 2004

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The intellectual merit of the CBSSS(Computing Beyond Silicon Summer School) program lies in fostering the development of this kind of researcher. The CBSSS program will bring together a unique collection of pedagogical and novel research materials representing the fundamental background knowledge necessary to work in this area and the fundamental challenges this area presents. 40-50 students, mostly undergraduates, will be fully funded to spend 4 weeks at Caltech hearing lectures from leaders in the emerging fields of quantum computation, biomolecular computation, and molecular electronics. Students will also hearlectures on core computer science and information theory which is directly relevant to these areasof research. The students will work in small teams on projects in this area and be able to turn to thelecturers and the broader Caltech physics of information community for project guidance. The broader impact of exciting students about these new areas and giving them the intellectual tools and pointers they need to properly get started into these research paths. We expect most students have been educated in their respective disciplines. However, few undergraduates would currently beexposed to these novel substrates, much less cross-educated to think about them. Very few wouldhave adequate exposure to contemplate graduate research in this area, much less the confidence towrite a credible statement-of-purpose for graduate study. Students completing this program shouldbe prepared to write such a Statement of Purpose and get involved with research in this area.As a further benefit, materials for the program will be posted on the web, providing a central resourcefor other students and for educators who wish to develop courses in this area at their own university.CBSSS will also have an impact on the participating faculty who have a unique opportunity tointeract with each other and share ideas. The program will help them better see common problemsand possible solutions and identify collaboration opportunities.