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Custer and Gall, Jellicoe and Heisenberg and the Monkey Wrench

This week’s musings are a little more esoteric than usual, but there it is.  While we note the birth of Martin Van Buren on 5 December 1782, of Clyde Cessna in 1879, of Walt Disney in 1901, the patenting of nitrocellulose in 1846, and the end of Prohibition in the United States in 1933, today your intrepid researcher chooses some more closely related persons to expound upon…and things like pipe wrenches that your intrepid researcher and consistently failed plumber owns but cannot use.

By the end of the Civil War he was a major general of Volunteers (a strictly wartime rank) and a reputation as one of the boldest cavalry leaders in the Army.

On 5 December 1839 George A. Custer was born in New Rumley, Ohio.  Known variously as Armstrong, Ringlets (for his hair, about which he was quite vain) and Iron Butt (for his stamina in the saddle), Custer graduated at the bottom of his class at West Point (albeit a year earlier than scheduled) and was commissioned a lieutenant in the cavalry in 1861. He distinguished himself with dash and initiative in the Peninsula Campaign in 1862 enough to be brevetted to lieutenant colonel dating from Antietam, and was made a brigadier general of volunteers just before Gettysburg in the summer of 1863, where he led the Michigan cavalry to stop JEB Stuart’s flanking maneuver on 3 July. By the end of the Civil War he was a major general of Volunteers (a strictly wartime rank) and a reputation as one of the boldest cavalry leaders in the Army. After his mustering out, Custer returned to the regular Army at his permanent rank, lieutenant colonel.  For the next decade Custer led the 7th Cavalry on long marches, campaigns and battles primarily with the Sioux in the northern Plains.  His death, with some 200-odd of his troopers at the Little Bighorn on 25 June 1876 has overshadowed the rest of his accomplishments.

After fleeing to Canada for a few years, Gall brought his people back to the United States, surrendered and was sent to the Standing Rock Reservation on the Dakota border.

Very little is known for certain about the early life of Hunkpapa Lakota/Sioux leader known as Chief Gall–who got his name, it is said, after he ate the gall bladder of an animal.  Born around 1840, almost certainly in modern South Dakota, Gall was a war chief by the time he was in his twenties, and was present at the Little Bighorn when Custer met his end.  After fleeing to Canada for a few years, Gall brought his people back to the United States, surrendered and was sent to the Standing Rock Reservation on the Dakota border.  Gall encouraged his people to assimilate to their lot in the white man’s life, and apparently they did for a time. Gall himself converted to Christianity, served as a tribal judge, and died peacefully in his sleep on 5 December, 1894 in Wakpala, South Dakota.  Gall was one of the only Native American chiefs of the Little Bighorn battle to die of natural causes, and ironically on Custer’s birthday.

Jellicoe, called “the only man who could lose a war in an afternoon” because of Jutland, was appointed First Sea Lord after Jutland, and after the war was Governor-General of New Zealand.

On 5 December 1859, John Jellicoe was born in Southhampton, England.  At the age of thirteen Jellicoe entered the Royal Navy, and was in that service for the rest of his adult life.  He was best known as an early advocate of Fisher’s “big gun” battleship and “large cruiser” ideas, resulting in the Dreadnaughts and the Invincible battlecruisers. He was also something of an innovator of naval gunnery, testing early central gun directors. Jellicoe was also the commander of the Grand Fleet, the renamed Home Fleet, at the beginning of World War I and was in charge at the largest naval clash of the Great War, the ambiguous Jutland/Skagerrak battle in late May 1916.  Depending on point of view, Jutland resulted in either a tactical draw, an operational defeat for Britain (who lost more ships), a strategic defeat for Germany (who never sortied the fleet again), and a grand strategic defeat for Tsarist Russia (who was completely cut off from any assistance from her allies).  Jellicoe, called “the only man who could lose a war in an afternoon” because of Jutland, was appointed First Sea Lord after Jutland, and after the war was Governor-General of New Zealand.   Jellicoe died 20 November 1935 in Kensington.

In 1939, Heisenberg was a part of the “Uranium Club,” the German effort to build nuclear weapons.

Werner Heisenberg was born on 5 December 1901 at Wurzburg, which was then a part of Bavaria.  In 1919, though he managed to avoid military service in WWI, he was a member of the Freikorps fighting the Bavarian Socialist Republic. This didn’t seem to have affected his studies: he studied physics in Munich and Gottingen, and met Niels Bohr in June 1922. His work on matrix and quantum mechanics earned him notoriety in the theoretical physics community, earning him a Nobel Prize in physics in 1932. In the early days of the Nazi government, Heisenberg was under examination for his work in “Jewish” (theoretical) physics, but was eventually rehabilitated into the fold of academics on the cutting edge of science. In 1939, Heisenberg was a part of the “Uranium Club,” the German effort to build nuclear weapons. By 1942, Heisenberg told his Nazi masters that 1) nuclear weapons were not possible to produce within the expected timeframe of the war, and 2) they were probably not within Germany’s industrial capacity within that timeframe.  Nuclear research in Germany thereupon switched priorities to energy extraction, which proceeded in fits and starts until the end of the war.  According to postwar interrogations of the leading German nuclear physicists in Allied hands, it seems clear that Heisenberg had miscalculated uranium decay by orders of magnitude, and likely would not have resulted in any practical applications.  Heisenberg died 1 February, 1976, in Munich.  His lasting legacy, it is said, is the “uncertainty principle” which says that a measurement affects the phenomenon.

His 5 December 1876 patent, one of many follow-ons, was for a wrench suitable for both pipe and flat-sided fasteners.  This one wasn’t near as successful, nor near as popular or emulated as his first.  

In the mid-19th century, indoor plumbing was beginning to matter a lot more than it had before.  Cities were growing; the flush toilet made buildings over three stories practical; sanitation was becoming a growing concern.  Threaded pipe, developed sometime between 1850 and 1860, wasn’t easy to tighten and was the only practical way to plumb in tall buildings.  A number of inventors tackled the problem of tightening pipe, but Daniel Stillson, working at the Walworth Company in Cambridge, Massachusetts, came up with an innovative idea that took advantage of the relatively soft outside of a steel pipe by gripping it with angled teeth.  Stillson’s first wrench patent, issued 12 October, 1869, shows the familiar outlines of what we have come to call the monkey (for “monkey paw,” an appellation from South African plumbers), pipe, or Stillson wrench ever since.  His 5 December 1876 patent (above), one of many follow-ons, was for a wrench suitable for both pipe and flat-sided fasteners.  This one wasn’t near as successful, nor near as popular or emulated as his first, which made him well-off on royalties.  Stillson was granted a number of other patents over the years, nearly all for something related to pipes or plumbing, including fire apparatus. Stillson died in Somerville, Massachusetts on 21 August 1899. The original Stillson wrench still exists, is said to still work, and its parts are said to be interchangeable with a wrench of similar size manufactured yesterday.  Be that as it may, my wife still won’t let me touch water or gas-carrying pipes with tools, regardless of how much I know about my wrenches. Smart woman.

 

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Marie Curie, Lise Meitner, and Jeanette Rankin

In recognition of the hysterical—-um, historic–election in the US tomorrow, I thought I’d talk about a few ladies who made history with connections to 7 November: two were born and a third set a precedent in the US Congress.  Oh, sure, there was Tsingtao and Yarmouth in 1914, and there was Tippecanoe in 1811, and Belmont in 1861, but today is Ladies’ Day here.  For what it’s worth…

Maria Salomea Skłodowska was born in Warsaw in what was then the Kingdom of Poland, which was a part of Russia, on 7 November 1867.  She got some of her initial schooling at the clandestine Flying (or Floating) University in Warsaw before she moved to Paris in 1891 where she met and married Pierre Curie. Between teaching and writing the Curies put together enough of a living to scrape by until 1903, when the Curies and Henri Becquerel were awarded the Nobel Prize in physics. Marie Curie (as she was known in France) was the first woman to win a Nobel Prize.  In 1906 Pierre was killed in a road accident, but in 1911 she was awarded a second Nobel Prize in Physics for her isolation of radium and polonium.  She was the first person to win two Nobels, and the only woman to win two.

Marie Curie was the first woman to win a Nobel Prize.

Liese (originally Elise) Meitner was born in Vienna, in what was then Austria-Hungary, on 7 November 1878.  Unlike Marie Curie, Meitner was unable to obtain much of a formal early education, but instead got her early training externally, through tutors and testing…what today would be deemed “homeschooling.” She was the second woman to earn a PhD from the University of Vienna, gaining that distinction in 1905.  Listening to lectures by Max Planck at the Friedrichs-Wilhelms-Universitat in Berlin, she was drawn to the work of Otto Hahn as one of Planck’s assistants.  Together they discovered radioactive recoil, a key concept in nuclear fission. By 1938, Meitner had lost her position at the Kaiser Wilhelm Institute because she was a Jew, and had fled to Sweden. She was there in 1939 when fission was announced by Hahn and Fritz Strassman: her considerable contribution to fission work before 1936 was not mentioned in Hahn’s Nobel Prize for Chemistry in 1944.  Subsequent historical research has concluded that Meitner was, indeed, wrongly deprived of the honor she was due.

By 1938, Meitner had lost her position at the Kaiser Wilhelm Institute because she was a Jew, and had fled to Sweden.

With World War One raging in Europe, the American elections of 1916 were still fairly closely contested.  As Woodrow Wilson was reelected in part based on the slogan “he kept us out of the war,” the President-re-elect knew that it was only a matter of time before America would have to choose a side.  But on the same day, Jeannette Pickering Rankin, a suffragette/social worker and influential lecturer, was elected to represent Montana’s 1st Congressional district, the first woman to ever hold federal elective office in the United States.  Rankin took her seat on 4 March 1917.  The day before, the German foreign secretary Arthur Zimmerman acknowledged the authenticity of the telegram he sent to the Carranza government of Mexico that January, offering the return of Texas and Arizona if Mexico would go to war with the US.  The Zimmerman Telegram was a media sensation when it was released to the media on 18 February, 1917.  Combined with Germany’s resumption of unrestricted submarine warfare on 1 February, Wilson believed he had no choice but to ask Congress for a declaration of war on 2 April. After intense debate, Rankin was one of fifty members of the House to vote “no” on 4 April.  She later stated: “I felt the first time the first woman had a chance to say no to war, she should say it.” After losing her bid for reelection in 1920, Rankin finally re-entered Congress in 1940, and in December 1941 cast the only dissenting vote after FDR’s request to declare war on Japan.  “As a woman I can’t go to war,” she said to her detractors, “and I refuse to send anyone else.” She didn’t run for reelection in 1942, and was a peace activist until her death in 1973.

She later stated: “I felt the first time the first woman had a chance to say no to war, she should say it.”

As ironic as 7 November seems to be–two nuclear physicists born, one dyed-in-the-wool pacifist elected–as I write this the results of tomorrow’s election are unknown to me, but by the time you read this maybe we’ll know…or not, depending on how close it really is.  We shall see…