It’s a rare conversation that mentions the importance of women in the history of math and science. I am not too sure why, as there have been many important women in the history of math and science. To prove this, just check out Hypatia, Emmy Noether, and Henrietta Swan Leavitt. Leavitt made the discovery that Cepheid variable stars are the key in finding the distance to galaxies. To be more direct, she found out how to measure the universe. Anyone interested in this story should read George Johnson’s book, Miss Leavitt’s Stars: The Untold Story of the Woman Who Discovered How to Measure the Universe.
Category: math (Page 7 of 10)
I am not sure why, but I bought On the Shoulders of Giants, by Steven Hawking, with the intention of reading the entire 1280 page volume. I was not able to finish any of the works contained in the anthology. Not because of their difficulty, but because I found all of them, except Einstein’s boring. This is probably because I grew up reading so many books that already assumed that the planets orbit the sun in ellipses according to Kepler’s laws. All the works are legendary from a historical perspective, since they basically changed the course of science and history. The book is a neat addition to a library collection.
Why Stock Markets Crash by Didier Sornette could be one of the most creative and unique scientific approaches to understanding the stock market I have read. The approach lies in complexity theory and involves identifying properties of critical self-organizing systems. I highly recommend this book for any reader interested in complexity theory, self-organization, and financial markets.
Hofstadter’s Butterfly, what a beautiful self-repeating pattern! Discovered by Douglas Hofstadter.
 |
| Credit |
![[ GNU Link]](https://www.gnu.org/graphics/gnubanner-2.png){kind=small}
