Daughter of English Poet Lord Byron
Ada Lovelace, known today as the first computer programmer, was born Augusta Ada Byron in London in 1852. She was the daughter of the famous poet Lord Byron. Her father died when she was eight, and as she grew up, her mother made sure she was taught math and science in hopes of preventing her from developing the mood swings and temper of her father. Lovelace’s early education resulted in her developing a curiosity and talent for numbers and language. Her learning pursuits brought her into contact with scholars and important figures such as Charles Dickens and Michael Faraday.
Inspired by Mentor Charles Babbage
At age seventeen, Lovelace met mathematician and inventor Charles Babbage. Babbage connected her to University of London professor Augustus de Morgan, under whom she began studying. Babbage, today considered the father of the computer, invented the difference and analytical engines to perform mathematical calculations. These engines laid the groundwork for modern-day computation with computers.
First Computer Algorithm
Lovelace was tasked with translating one of Babbage’s articles on the analytical engine from French to English. She not only translated the article, but also added her own notes and thoughts to it as she went; the notes she took were three times longer than the article itself. Lovelace believed that the analytical engine could be used to process letters and symbols rather than numbers alone and she is credited with writing the first algorithm meant to be carried out by a computer. She also wrote in her notes a method for the engine to repeat certain instructions over and over—the foundation for modern-day loops – an essential part of modern programming. Lovelace’s notes were published in an English science journal in 1843 under her initials A. A. L.
No Credit for Over a Century After Her Death
Ada Lovelace received little to no acclaim for her ideas while she was alive. She died of cancer in 1852. Almost a century later, Lovelace’s works were finally introduced back into the scientific sphere by B. V. Bowden. Her notes were republished and finally appreciated for their insight into coding and programming techniques – although there are those that dispute the actual scientific value of her contributions and question whether the ideas she presented were original. Ada Lovelace received many honors for her work after her death; in 1980, the United States Department of Defense named a computer language “Ada” in her honor.