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THE STUDENT Thomas Espin was highly motivated by viewing the Great Comet of 1874. Even in 1888 when appointed the vicar of Tow Law, in England’s northern County Durham, he managed to combine scientific exploits with his ecclesiastic duties. Today in Part 3, our tale of English clergy continues with tidbits gleaned from Revd Fergus Butler-Gallie’s entertaining book, A Field Guide to the English Clergy: A Compendium of Diverse Eccentrics, Pirates, Prelates and Adventurers; All Anglican, Some Even Practising. I did my usual Internet sleuthing as well.
From Opera Glasses to a Calver Instrument. The Reverend Thomas Espin began his astronomical studies with a pair of opera glasses, but soon progressed to bigger and better instruments. In time, he became known as the best of Britain’s amateur astronomers.
By 1915, Espin had a 24-in. reflector telescope made by instrument specialist George Calver. To put its size in perspective, another of Calver’s 24-in. telescopes was built for the Royal Observatory Edinburgh.
Years after Espin’s death in 1934, his 24-in. Calver was found in the vicarage henhouse. Now restored, it resides in the Newcastle University observatory.
Espin’s International Recognition. Espin earned fellowship appointments to the Royal Astronomical Society of Canada in 1895, the Astronomical Society of Mexico in 1911, and the Astronomical and Astrophysical Society of America in 1914.
Espin took special interest in red dwarfs, stars with traces of metallic oxides in their spectrum. In 1890, he published a catalog of such phenomena. Espin’s discovery in 1910 of a previously uncataloged red star, named Nova Lacerta (“New Lizard”), led to his being awarded the Royal Astronomical Society’s Jackson-Gwilt Medal in 1913.
Espin also got interested searching for double stars, pairs that appear close to each other when viewed from Earth. He and an assistant mapped 2575 of these astronomical oddities, a prodigious feat.
In 1971, a crater on the dark side of the moon was given the name Espin in his honor.
Espin’s X-Ray. News of the 1895 discovery of x-rays by German Wilhelm Konrad Rontgen got Espin interested in this technology. Before long, he was taking x-ray images using a huge 24-plate Wimshurst machine.
As described in Keith Proud’s article in The Northern Echo, “Espin would have to make his own glass negative plates. The room would be kept dark and the patient’s limb would be placed over the glass negative. Then the boys would begin to crank the machine. Suddenly a brilliant spark would shoot out with a crackling bang just above the patient’s limb.”
X-rays were not for the faint of heart back then. Yet, in 1911 The Northern Echo newspaper reported that “A good deal of benefit was accomplished” when doctors referred their patients to the Reverend Espin.
Espin’s Complementary View. Butler-Gallies notes in A Field Guide to the English Clergy, “While later twentieth-century rhetoric would seek to paint science and faith as irreconcilable enemies, for Espin they were two complementary approaches to the world that took up the majority of his life, without any sense of incongruity whatsoever.”
His other contributions included a gymnasium and rifle range in the vicarage cellar for his Scouts and Church Lads’ Brigade, an aquarium for his collection of tropical fish, a large library of medical books, and a small sanatarium on the vicarage grounds for those suffering from tuberculosis.
The Reverend Thomas Espinell Compton Espin was more than a vicar. And more than a scientist. ds
© Dennis Simanaitis, SimanaitisSays.com, 2019