Margaret Lindsay Huggins

Huggins was born on 14 August 1848, in Dublin, to a family of four. Her parents were Helen Lindsay and John Murray, a solicitor who attended Edinburgh Academy. Her younger brother by three years, Robert Douglas, attended Edinburgh Academy at the age of twelve, and then attended further education in Trinity College Dublin in his later years. The family home was a Georgian style townhouse, at 23 Longford Terrace in Monkstown, Dublin. Margaret's grandfather, Robert Murray, was a very important figure in her life. He was a wealthy officer at the Bank of Ireland but also enjoyed the hobby of astronomy. From a young age Margaret had a keen interest in astronomy as a result of the relationship between herself and her grandfather. When she was a young girl her grandfather brought her outdoors in the evening, and taught her about all the constellations and how they can be identified. This inspired her to be an astronomer, and she therefore attended private school in Brighton from a young age. == Education ==

Margaret's early education took place privately at her home in Dublin, where she studied art, classics, literature, languages and music. She also spent some time at a school in Brighton, England. Huggins' interest and abilities in spectroscopy led to her introduction by astronomical instrument maker Howard Grubb to the astronomer William Huggins, whom she married on 8 September 1875 in the parish church at Monkstown, Dublin. Evidence suggests that Margaret was instrumental in instigating William Huggins' successful program in photographic research. == Marriage ==

Prior to their first encounter, Margaret was already a fervent admirer of her husband-to-be, Sir William Huggins. William was an astronomical spectroscopist, whose line of work collaborated instantly with Margaret's. Their partnership was described as being "one of the most successful husband and wife partnerships in the whole of astronomy". After their marriage on 8 September 1875, at the Monkstown Parish Church, the "two star-gazed" lovers devoted themselves to their research and their inspiring companionship resulted in an array of astronomical findings. Margaret and William Huggins were the first to "observe and to identify the series of hydrogen lines in the spectrum of the star Vega." The pair's detailed notebook entries contributed to their first paper publication in 1889, discussing the "studies of the spectra of planets". They were also among those who "observed the Nova of 1892, Nova Aurigae." Margaret was specifically in charge of the visual observations, while together they collected "photographic spectra over several nights." The couple's work had a major influence on their daily lives. Their home acted more as a work space, rather than a place for any kind of familial essence, and they never had any children. In 1903, Margaret and William Huggins published their final piece of joint scientific research on the spectra of certain radioactive substances. == Career ==

Margaret Huggins learnt the basic skills of photography early on in her life, and used these skills to assist her research at the Tulse Hill observatory. In 1875, Margaret and her husband William began photographic experiments, which were meticulously documented in observatory notebooks. Their early experiments photographed Sirius and Venus, and they used different techniques to capture them such as using wet and dry plates. Margaret made great improvements to their observatory equipment, and Margaret and William quickly rose to the forefront of spectroscopic astrophotography. Margaret worked alongside her husband William at the Tulse Hill observatory. At first, she is documented to being an assistant, but after extensive research into their observatory notebooks, this has been disproven. She conducted many of her own research projects, and was a collaborative assistant to William. After 1875, Margaret and William began a meticulous program of photographic experiments. During the 1880s, the pair were devoted to two projects; the first attempting to photograph the solar corona, and the second examining different nebulae. The second project marked a milestone for Margaret, it was the first time she would be mentioned as the co-author of the paper alongside William. The Huggins' worked together for thirty-five years as equal collaborative investigative partners. In 1890 she, and three other women, were elected to the council of the new British Astronomical Association; she later became an honorary member of the Royal Astronomical Society. == Death and legacy ==

After 30 years of devoting her life to Science, Margaret felt that she had contributed the best of her work. Margaret's husband, William Huggins died in 1910. She planned to write the biography of her late husband, but never succeeded. Margaret fell ill and underwent various surgeries and spent some time in hospital. Aware of her illness, she decided to donate her scientific and artistic treasures to Wellesley College in the United States. Margaret greatly admired the achievements of American women in the academic world and supported women's education. Margaret Huggins died in London on 24 March 1915, at the age of 66. She was cremated and her ashes laid next to William's at Golders Green Crematorium. Margaret addressed in her will for a memorial to be erected in St. Paul's Cathedral, London, in honor of her husband. This memorial consists of a pair of medallions which are inscribed "William Huggins, astronomer 1824–1910" and the other "Margaret Lindsay Huggins, 1848–1915, his wife and fellow worker". There was a plaque placed in 1997 that marks the house she grew up in on 23 Longford Terrace, Monkstown Dublin. ==Publications==

• Obituary, William Lassell, 1880. • Astronomical Drawing, 1882. • Obituary, Warren de la Rue, 1889. • On a new group of lines in the photographic spectrum of Sirius, 1890. • The System of the Stars, 1890. • On Wolf and Rayet's Bright-Line Stars in Cygnus, 1891. • The Astrolabe, 1895. • The Astrolabe. II. History, 1895. • Spectroscopic notes, 1897. • An Atlas of Representative Stellar Spectra from λ 4870 to λ 3300, 1899. • Obituary, Agnes Mary Clerke, 1907. ==References==