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Chemistry 317 - Nanotechnology
.pdf of my syllabus

This course was one of the first Nanotechnology classes offered at an undergraduate institution in the country. Nanotechnology at Holy Cross is taught taking advantage of the liberal arts nature of the institution.

  • Before the class begins, students are asked to read a novel with a nanotechnological theme such as "The Diamond Age" by Neal Stephenson, "Queen City Jazz" by Kathleen Ann Goonan, or "Prey" by Michael Crichton. This introduces the way nanotechnology is portrayed in popular literature
  • The class starts by reading three essays. The first is The 1959 talk of Richard Feynman entitled, "There is plenty of room at the bottom" which is often looked at as the begiining of the modern field of nanotechnology. Next up is K. Eric Drexler's "Engines of Creation" which is a book looking at possible applications of nanotechnology (some realistic and some perhaps more fanciful in nature). Finally student read Bill Joy's piece, "Why the future doesn't need us" from Wired Magazine, which looks at the possibility of nanotechnology destroying the planet. This material starts to give students an idea of what nanotechnology actually is, and what role it may play in society
  • The next phase of the course looks at biology for inspiration in the field of nanotechnology. We look at process like transcription and translation as well as molecular motors and the olfactory system to see where and how people who study nanotechnology often find their inspiration
  • The major part of the course looks at research in the field of nanotechnology. We use almost exclusively peer reviewed journal articles and concentrate on seminal papers in the field. Chemistry is a rather linear subject at the college level (eight out of ten courses are required, and many of them in a particular sequence) and this overview of research topics allows students to see what the can use their degrees for if they choose to pursue a job in chemistry. As one advances in chemistry they must make the transition of learning from text books to learning from primary sources of information, and this course helps students with that transition.
  • Finally, we force students to develop their writing and rhetorical skills by writing at least two ten page papers on different topics and giving a twentyfive minute presentation on one of those two papers. The papers require students to find multiple primary sources and interpret their contributions and significance. This gives students the opportunity to pursue personal interests within the framework of the course and improve their communication skills.

Course Catalog Description: Introduces students to nanometer scale material and devices. Materials in this size regime often possess unusual properties that have application in molecular electronics, medical diagnostics and devices, molecular motors, and self-assembly and surface chemistry. Students will read a variety of books and scientific articles from peer reviewed journals. Nanotechnology is a multidisciplinary field of study where projects often require collaborations between chemists, physicists, biologists and engineers. Students other than chemistry majors who have completed the prerequisites are encouraged to enroll to broaden both their own perspective and that of the class. Prerequisites: Chemistry 222 and 231.