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Death of Pop Singer Dusty Springfield

Mary Isobel Catherine Bernadette O’Brien, English pop singer and record producer known professionally as Dusty Springfield, dies in Henley-on-Thames on March 2, 1999, following a long battle against cancer.

With her distinctive, sensual mezzo soprano sound, she is an important blue-eyed soul singer and, at her peak, is one of the most successful British female performers, with six top 20 singles on the United States Billboard Hot 100 and sixteen on the United Kingdom Singles Chart from 1963 to 1989. She is a member of both the U.S. Rock and Roll Hall of Fame and UK Music Hall of Fame. International polls name Springfield among the best female rock artists of all time. Her image, supported by a peroxide blonde bouffant hairstyle, evening gowns, and heavy make-up, as well as her flamboyant performances on the black and white television of the 1960s, make her an icon of the Swinging Sixties.

Born in West Hampstead, North London, on April 16, 1939, into an Irish family that enjoys music, Springfield learns to sing at home. In 1958, she joins her first professional group, The Lana Sisters, and two years later forms a pop-folk vocal trio, The Springfields, with her brother Tom Springfield. Her solo career begins in 1963 with the upbeat pop hit “I Only Want to Be with You.” Among the hits that follow are “Wishin’ and Hopin’” (1964), “I Just Don’t Know What to Do with Myself” (1964), “You Don’t Have to Say You Love Me” (1966), and “Son of a Preacher Man” (1968).

As a fan of U.S. pop music, she brings many little-known soul singers to the attention of a wider UK record-buying audience by hosting the first national TV performance of many top-selling Motown artists beginning in 1965. Although she is never considered a Northern Soul artist in her own right, her efforts contribute a great deal to the formation of the genre.

Partly owing to these efforts, a year later she eventually becomes the best-selling female singer in the world and tops a number of popularity polls, including Melody Maker‘s Best International Vocalist. She is the first UK singer to top the New Musical Express readers’ poll for Female Singer.

To boost her credibility as a soul artist, Springfield goes to Memphis, Tennessee to record Dusty in Memphis, an album of pop and soul music with the Atlantic Records main production team. Released in 1969, it has been ranked among the greatest albums of all time by the U.S. magazine Rolling Stone and in polls by VH1 artists, New Musical Express readers, and Channel 4 viewers. The album is also awarded a spot in the Grammy Hall of Fame. Despite its current recognition, the album does not sell well and after its release Springfield experiences a career slump for several years. However, in collaboration with Pet Shop Boys, she returns to the Top 10 of the UK and U.S. charts in 1987 with “What Have I Done to Deserve This?” Two years later, she has two other UK hits on her own with “Nothing Has Been Proved” and “In Private.” Subsequently in the mid-1990s, owing to the inclusion of “Son of a Preacher Man” on the Pulp Fiction soundtrack, interest in her early output is revived.

In January 1994, while recording her penultimate album, A Very Fine Love, in Nashville, Springfield falls ill. When she returns to the UK a few months later, her physicians diagnose breast cancer. She receives months of chemotherapy and radiation treatment, and the cancer goes into remission. In 1995, in apparent good health, she sets about promoting the album, which is released that year. By mid-1996, the cancer returns, and, in spite of vigorous treatments, she dies in Henley-on-Thames on March 2, 1999. Her induction into the Rock and Roll Hall of Fame in Cleveland, Ohio, is scheduled just two weeks after her death. Her friend Elton John helps induct her into the Hall of Fame, declaring, “I’m biased but I just think she was the greatest white singer there ever has been … Every song she sang, she claimed as her own.”

Springfield is cremated and some of her ashes are buried at Henley-on-Thames, while the rest are scattered by her brother, Tom Springfield, at the Cliffs of Moher, County Clare, Ireland.


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Birth of Physicist John Joly

John Joly, Irish physicist famous for his development of radiation therapy in the treatment of cancer, is born in Bracknagh, County Offaly, on November 1, 1857. He is also known for developing techniques to accurately estimate the age of a geological period, based on radioactive elements present in minerals.

Joly is a second cousin of Charles Jasper Joly, the astronomer. He enters Trinity College, Dublin in 1876, graduating in Engineering in 1882 in first place with various special certificates in branches of engineering, at the same time obtaining a First-Class Honours in modern literature. He works as a demonstrator in Trinity’s Engineering and Physics departments before succeeding William Johnson Sollas in the Chair of Geology and Mineralogy in 1897, a position which he holds until his death in 1933.

Joly joins the Royal Dublin Society in 1881 while still a student and is a frequent contributor of papers. During his career he writes over 270 books and scientific papers.

On May 17, 1899, Joly reads his paper “An Estimate of the Geological Age of the Earth” to the Royal Dublin Society. In it, he proposes to calculate the age of the earth from the accumulation of sodium in the waters of the oceans. He calculates the rate at which the oceans should have accumulated sodium from erosion processes and determines that the oceans are about 80 to 100 million years old. The paper is quickly published, appearing four months later in the Society’s Scientific Transactions. Although this method is later considered inaccurate and is consequently superseded, it radically modifies the results of other methods in use at the time.

In 1903 he publishes an article in Nature in which he discusses the possibility of using radium to date the Earth and goes on to study the radioactive content of the Earth’s crust to formulate a theory of thermal cycles and examines the radioactive constituents of certain rocks as a means of calculating their age. Working in collaboration with Sir Ernest Rutherford, he uses radioactive decay in minerals to estimate, in 1913, that the beginning of the Devonian period could not be less than 400 million years ago, an estimate which is in line with modern calculations.

Joly serves as President of Section C (Geology) when the British Association for the Advancement of Science meets in Dublin in 1908, during which he presents his paper “Uranium and Geology” in an address to the society. This work describes radioactive materials in rocks and their part in the generation of the Earth’s internal heat.

Along with his friend Henry Horatio Dixon, Joly also puts forward the cohesion-tension theory which is now thought to be the main mechanism for the upward movement of water in plants.

In 1914 Joly develops a method of extracting radium and applies it in the treatment of cancer. As a Governor of Dr. Steevens’ Hospital in Dublin, in collaboration with Walter Stevenson, he devises radiation therapy methods and promotes the establishment by the Royal Dublin Society of the Irish Radium Institute where they pioneer the “Dublin method” of using a hollow needle for deep radiation therapy, a technique that later enters worldwide use. The Radium Institute also supplies capillary tubes containing radon to hospitals for some years for use in the treatment of tumours.

Joly is elected a Fellow of the Royal Society of London in 1892, is awarded the Boyle Medal of the Royal Dublin Society in 1911, the Royal Medal of the Royal Society of London in 1910, and the Murchison Medal of the Geological Society of London in 1923. He is also conferred honorary degrees by the National University of Ireland, the University of Cambridge, and the University of Michigan. After his death in 1933, his friends subscribe the sum of £1,700 to set up a memorial fund which is still used to promote the annual Joly Memorial Lectures at the University of Dublin, which were inaugurated by Sir Ernest Rutherford in 1935. He is also remembered by the Joly Geological Society, a student geological association established in 1960.

In 1973 a crater on Mars is named in Joly’s honour.