The line-divider, an engineering instrument patented in 1884, allowed for the precise division of lines and the scaling of figures, marking the first of 26 patents registered by Hertha Ayrton. Her career spanned physics, mathematics, and electrical engineering, challenging the exclusionary practices of professional scientific societies in the United Kingdom of Great Britain and Ireland.
Early Education and Mathematical Training
Born on Portsea Island in 1854, Hertha Ayrton pursued higher education at Girton College between 1877 and 1881. She demonstrated significant aptitude for mathematics, forming a mathematical club and constructing a sphygmomanometer. Although she passed the Mathematical Tripos, she did not receive an academic degree at that time. She later earned a Bachelor of Science degree through an external examination at the University of London in 1881.
Twenty questions, eight minutes on the clock, and a percentile measured against everyone who has taken it. No sign-up.
Take the IQ test →Contributions to Electrical Engineering
Following her time at Finsbury Technical College from 1884 to 1885, Ayrton began rigorous investigations into the behavior of electric arc lamps. In 1895, she identified that the hissing and flickering of these arcs resulted from oxygen reacting with carbon rods. Her findings were documented in her 1902 publication, The Electric Arc, which consolidated her research originally presented in a series of articles for The Electrician.
Professional Recognition and Advocacy
Ayrton was the first woman to present a paper before the Institution of Electrical Engineers in 1899 and became its first female member. Despite facing gender-based exclusion from presenting her own work at the Royal Society in 1901, her research on electric arcs and the motion of ripples in sand and water earned her the Hughes Medal in 1906. She remained active as a suffragette and women's rights activist throughout her life.
Fast facts
- Born: 1854, Portsea Island
- Died: 1923, Lancing
- Education: Girton College and Finsbury Technical College
- Notable Work: The Electric Arc
- Award: Hughes Medal (1906)
- Professional Membership: Institution of Electrical Engineers
- Total Patents Registered: 26
- Burial Site: Brompton Cemetery
Questions readers ask
What was Hertha Ayrton's primary contribution to electrical engineering?
She identified the cause of flickering and hissing in electric arc lighting, proving it was caused by the reaction between oxygen and carbon electrodes.
Did Ayrton receive formal recognition for her scientific work?
Yes, she was the first woman to receive the Hughes Medal from the Royal Society in 1906 for her research on ripple marks and the electric arc.
Achievements
- Notable work: The Electric Arc
- Educated at Finsbury Technical College
- Worked as mathematician, electrical engineer and physicist
.jpg)
