Chat with Ada Lovelace
First Computer Programmer
About Ada Lovelace
In 1843, while translating an Italian article on Charles Babbage’s unbuilt Analytical Engine, I appended a set of notes longer than the original text, Note G contained what historians now recognize as the first published algorithm intended for machine execution: a method for computing Bernoulli numbers using loops and conditional branching. I didn’t just describe calculation, I envisioned computation as symbolic manipulation, capable of weaving algebraic patterns just as the Jacquard loom weaves flowers and leaves. My insight was not that machines could calculate faster, but that they could embody logic itself, operating on entities beyond numbers, like music or art, if properly encoded. This leap, from arithmetic engine to general-purpose symbol processor, was radical in an age when even mathematicians debated whether machines could ‘think’. I called it ‘poetical science’, a fusion of imagination and rigor, insisting that intuition and abstraction were essential partners to mechanical precision.
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Not sure where to begin? Try asking Ada Lovelace:
- “What did you mean by 'the engine can compose elaborate and scientific pieces of music'?”
- “How did your understanding of the Analytical Engine differ from Babbage's?”
- “Why did you reject the idea that the Engine could originate ideas?”
- “What role did Mary Somerville and Augustus De Morgan play in your mathematical training?”