"Pythagorean Crimes is a thriller of the mind. It's the thinking-person's answer to the Da Vinci Code. This novel gives a glimpse into the intellectually-charged atmosphere of early 20th century Europe. You're drawn into the characters' devotion to their work, and you wish you were sitting at the next table at the cafe, overhearing their conversations. Not content to just explore the personalities behind the intellectual developments of the 19th and 20th centuries, this novel makes the scholars' mathematical work as compelling as any of the characters.
Few people associate mathematics and the sciences with the bustling social scene led by Picasso and his colleagues. Tefcros Michaelides breaks the stereotypes about mathematicians and their work as he spins a compelling tale about the greatest minds of 100 years ago and their passions for their work. This novel gives us a glimpse of what it was like to be an eager, young, and up-and-coming scholar during a time where intellectual pursuits were ripe for the picking. Pythagorean Crimes shares what it's like to have a single-minded focus on a mathematical problem. This novel transports the reader (even one with no mathematical background) into a world where the pursuit of mathematical truth is an all-consuming force."
—Dr. Amy Szczepanski
The Complete Idiot's Guide to Pre-Algebra (2008)
"Pythagorean Crimes is a masterly-told story of romance, art, history, political intrigue, and mathematics, all woven together in a thriller that will be sure to captivate you from the first page to the last."
The Pythagorean Theorem: a 4,000-Year History and To Infinity and Beyond: A Cultural History of the Infinite
"Tefcros Michaelides sets his mystery of the murder of a Greek mathematics high-school teacher against the backdrop of the history of early modernism and the great philosophical questions at the heart of modern mathematics. It’s a delightful synthesis, at once great fun to read and insightful, giving a rare side view of the cultural significance of Gödel’s Incompleteness Theorem."
Uncle Petros and Goldbach's Conjecture