Freshman Seminar CSE87-B
W06: Mon 6:30-7:20, EBU3B 3109
The Slide Rule
History, Theory, and Practice
Before modern calculators and computers, the slide rule was the
calculating tool of choice for engineers and scientists.
Unlike its electronic successors, the slide rule is mind-powered,
and mind-empowering.
In this seminar, we revive the lost skill (and art) of slide rule
operation, and explore some of the beautiful underlying mathematics
and computational properties of this remarkably simple yet powerful
instrument. Students will learn with actual slide rules, and are
guaranteed that this know-how will impress their professors and
future employers beyond belief.
Prerequisites: none (other than basic high school math). In addition to
informative and enlightening, this should be a fun seminar, so your
active participation is the main requirement.
News
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Send me email if you are interested in the upcoming Winter 06 offering
of the seminar. Sign up early, as there will be limited seats.
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The first offering of this seminar was in Winter 2003, and was a great success.
See the photos!
On the last day,
UC President Bob Dynes (then UCSD Chancellor) told
us about his slide rule experiences during his school days and
as a scientist at Bell Labs.
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We thank
Mr. Dick Rose (
Rose Vintage Instruments)
for generously donating
advanced-level log-log slide rules,
giving our students the unique experience of using
high-quality instruments that engineers and scientists used
many decades ago.
Topics
The initial meetings will focus on getting familiar with the slide rule:
how it works, how to use all the scales, working on interesting problems that
exercise the various scales, etc. We then go to historical and
advanced mathematical topics.
Here is a rough list (which will probably change).
- How a slide rule works, calculating with a slide rule
- Developmental history: Who invented the slide rule? What led to the invention, and how did it further develop afterwards?
- Pre-history (mathematical roots, related instruments), post-history (death and come-back!)
- Theoretical considerations: What can and can't be calculated?
- Precision, accuracy, Holman's rules, approximate arithmetic
- Interesting mathematical properties (of scales, operation, slide rule form and structure)
- Types of slide rules: straight, circular, spiral, cylindrical, grid, multi-segment, ...
- Survey of the greatest slide rules ever made
- Miscellaneous: Benford's Law, Why base 10?, Scale construction