Overview
"[A] colorful cast of luminaries and rogues . . . This biography provides an intriguing glimpse into the beginnings of computer science and a reminder that character is destiny."ΒΒWall Street Journal
Known in her day as an "enchantress of numbers," Ada Byron, Lady Lovelace, daughter of the poet Lord Byron, was one of the most fascinating women of the 19th century. In collaboration with Charles Babbage, inventor of the mechanical "thinking machine" that anticipated by more than a century the invention of the computer, Ada devised a method of using punch cards to calculate Bernoulli numbers and thus became the mother of computer programming. It was in her honor that, in 1980, the U.S. Department of Defense named its computer language "Ada." In this critically acclaimed biography, Benjamin Woolley, author of The Queen's Conjurer, portrays Ada Byron's life as the embodiment of the schism between the worlds of romanticism and scientific rationalism. He describes how Ada's efforts to bridge these opposites with a "poetical science" was the driving force behind one of the most remarkable careers of the Victorian Age.
The Bride of Science is both the story of a life lived passionately and an intriguing rumination on the death of Romanticism and the birth of the Machine Age, offering profound insights into the seemingly irreconcilable gulf between art and science that persists to this day.
Editorials
From Barnes & Noble
The Barnes & Noble ReviewAn almost perfect embodiment of the union of opposites -- in this case science and poetry -- Ada Byron, daughter of Lord Byron, is best remembered among the cognoscenti for her namesake, the Department of Defense's computer language "Ada." This legacy is the result of her writings on Charles Babbage's plans for an "Analytical Engine," now recognized as the precursor to modern computers. In The Bride of Science Benjamin Woolley links Ada's personal struggles to the larger context of historical change, creating a fascinating lens through which to view the incredible social disruption during the early years of the industrial revolution and the ambivalence these changes wrought.
Ada's life spanned the years 1815 to 1852, during which the newly introduced rail lines and telegraph access made the power of technology a reality in people's lives. The Romantic movement was the backlash against those who would attempt to apply "scientific" thinking to every aspect of the human experience. As one of the Romantic movement's greatest prophets, Lord Byron's excessive indulgence of various illicit desires (one being particularly dangerous) led him to marry a woman who deluded herself into believing she could save him. Ada's mother, Annabella, was the dominant force in her life -- a self-righteous and self-serving woman who embraced the new virtues of rationality.
The marriage lasted barely long enough for Annabella to become pregnant, and she spent the rest of her life justifying the infamous separation from her celebrity husband. Annabella barred Byron from any contact with his daughter and put Ada on a strict regimen of moral and mathematical study to suppress any Byronic tendencies Ada may have inherited. To the public eye, Ada was a curiosity. Put upon in an entirely modern way, Ada was famous from the day she was born. Although Ada took up science with enthusiasm, her Byronic eccentricities and passions were not extinguished by logic. Like her father, Ada looked to marriage to save her, but her husband, the future Earl of Lovelace, was not able to control her in the end.
As an adult, Ada set out to find her mission, which she hoped would combine her two halves, and prove that the product of science and poetry would produce genius, not a monstrosity. Her work with Babbage was one attempt at a "poetical science" requiring imagination and rigor. She also indulged in many of the other popular ideas of the day, such as phrenology and mesmerism, with a more discerning eye than most. At the end of her life, she turned to the new work being done with that mysterious force, electricity, in the hopes of finding a molecular basis in the human nervous system to explain emotions. She was plagued by this time with both physical and mental disorders, and so also hoped to find some personal salvation in this quest. But her Byronic nature was getting stronger in the form of an affair and gambling addiction (there is an interesting speculation that she tried to develop a mathematical formula to beat the odds), and she finally succumbed to illness. In the end she requested to be buried next to the father she never knew in life. The Bride of Science is a wonderful portrait of the struggle between reason and passion.
--Laura Wood, Science & Nature Editor