In code a mathematical journey
Rating:
4,8/10
448
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The project on cryptography was done by her at the suggestion and instance of her father. She is on the second step of the ladder of success. He was able to maintain an atmosphere of affection at home and in his classes. AbeBooks, the AbeBooks logo, AbeBooks. And that, in a way, is her greatest achievement.

The heaviest math is concentrated into two chapters and the appendices, leaving the remainder easy going for the fainthearted. She does this in a readable and useful way, so that the reader has an inkling, even if complete comprehension is lacking. In this review, you will find a short summary of the narrative story, Sarah's mathematical development and maturation, the book's mathematics, and a little about her projects' evolution. The mix is part memoir, part puzzle book and part mathematical exploration, with scattered bits of mathematical lore. The latter chapters tell of the competitions, her preparation and her bouts of nerves, her genuine surprise at winning, and the sometimes-exasperating aftermath as the media discovered her and turned her for a while, at least into a celebrity.

Both see the fulfillment of their respective mathematical missions through this book. © 1996 - 2019 AbeBooks Inc. But first she had to learn the relevant mathematics. Although the use of such examples has good historical provenance, the suggestion that they might be an alternative to formal proof tends to be viewed as a kind of heresy from the perspective of modern proof practice. Many of the big companies are willing to sponsor researches and Sarah is eminently suited to take advantage of this situation.

She gives the reader to skip the really mathematical chapters which arent' necessary for enjoying the book. Parallel with each step is a modest girl's own self-discovery-her values, her burning curiosity, the joy of persistence, and, above all, her love for her family. The beginning holds the interest of the common reader as well. There is some hope of redemption, that the color will be returned to your cheeks through some wholesome acts of participation. The mention and discussion of all these things is initiated at page 40 of the book, she discuses learning the relevant mathematics and the programming involved. May contain limited notes, underlining or highlighting that does affect the text. Sarah was now part of the class of serious students studying mathematics.

All is not lost, however. Yet, she shared the information bearing in mind the overall interest of mathematics. Instead of saying something about the author straightaway, the book gives description with pages of family background. This is a fascinating book about a really bright girl and her journey learning about number theory, cryptography, and a bunch of other math stuff. It brought her further success when she was conferred the title of European Young Scientist of the Year for 1999. The amazing life of this young woman and her incredible mathematical journey, told here by herself and her father-tutor, are sure to captivate you like few other human stories! People find math intimidating for whatever reason but it's mostly just arithmetic presented in different ways so at least give it a try. She takes extensive pains to explain both the systems and goes deep into the number theory along the route.

She began to put extra efforts and worked desperately to find the authentic solution. A copy that has been read, but remains in excellent condition. With such intelligent invitations the readers become part of the proceedings in the book. About this Item: Workman Publishing Company, 2001. She got rather obsessed, segued into a internship where her task was a computer program implementing a new algorithm, and developed the project to a sophisticated level that won a national award and generated lots of buzz for its potential in the real world.

Flannery, now a first-year student at Cambridge, grew up solving logic puzzles posed by her father, a math teacher and her collaborator here. The way she prepared for the competitions would set the standard for any youngster who wishes to be an achiever. I enjoyed this book as both a coming of age story, a success story, a story about cryptology, and mathematics. It is christened by her as the Cayley Purser algorithm, the 19th century British mathematician Arthur Cayley as also Michael Purser, the mathematician whose ideas caught her imagination during her internship. Spine creases, wear to binding and pages from reading.

The book is about the development of mathematical passion and excellence. There is a blackboard in their kitchen, and it is on this blackboard that David has posed mathematical puzzles for his children to solve. She has that great ingenuity and enthusiasm that justify the belief that great work is done before 25 years old, and also the idea that teenagers should be involved in way more complex and challenging stuff compared to what we feed them nowadays. Mathematics is such a subject where there is no scope for errors. Those who think that this is a book on the subject of mathematics which is bound to have the serious start will have peasant surprise to be greeted with mind-boggling puzzles. The style of teaching has become more student-friendly.

The puzzles are interwoven with a narrative of Sarah's annus mirabilis, in which she found a stupendously clever way of easing the computational load which public-key cryptography imposes on machines. Her story was splashed across the front page of the London Times - and suddenly this teenager from Country Cork had an international reputation. About this Item: Workman, New York, 2001. Nevertheless she had done a great job. What's striking about this account is its level-headed, self-deprecating, eminently sane tone.