Timeline (nonfiction): Difference between revisions

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File:Oliver Blackburn Shallenberger.jpg|link=Oliver B. Shallenberger (nonfiction)|1860 May 7: Electrical engineer and inventor [[Oliver B. Shallenberger (nonfiction)|Oliver Blackburn Shallenberger]] born. He will invent the first successful alternating current electrical meter, which will be critical to the general acceptance of AC power.
File:Oliver Blackburn Shallenberger.jpg|link=Oliver B. Shallenberger (nonfiction)|1860 May 7: Electrical engineer and inventor [[Oliver B. Shallenberger (nonfiction)|Oliver Blackburn Shallenberger]] born. He will invent the first successful alternating current electrical meter, which will be critical to the general acceptance of AC power.
File:Telegraph.jpg|link=Electrical telegraph (nonfiction)|1860 Oct. 8: [[Electrical telegraph (nonfiction)|Telegraph]] line between Los Angeles and San Francisco opens.
File:Telegraph.jpg|link=Electrical telegraph (nonfiction)|1860 Oct. 8: [[Electrical telegraph (nonfiction)|Telegraph]] line between Los Angeles and San Francisco opens.
File:Margaret Eliza Maltby circa 1908.jpg|link=Margaret Eliza Maltby (nonfiction)|1860 Dec. 10: Physicist [[Margaret Eliza Maltby (nonfiction)|Margaret Eliza Maltby]] born.  She will contribute to the measurement of high electrolytic resistances and conductivity of very dilute solutions. 


File:Pierre Duhem.jpg|link=Pierre Duhem (nonfiction)|1861 Jun. 9: Physicist, mathematician, and historian [[Pierre Duhem (nonfiction)|Pierre Duhem]] born. He will write: "A theory of physics is not an explanation. It is a system of mathematical propositions, deduced from a small number of principles, which have for their aim to represent as simply, as completely and as exactly as possible, a group of experimental laws."
File:Pierre Duhem.jpg|link=Pierre Duhem (nonfiction)|1861 Jun. 9: Physicist, mathematician, and historian [[Pierre Duhem (nonfiction)|Pierre Duhem]] born. He will write: "A theory of physics is not an explanation. It is a system of mathematical propositions, deduced from a small number of principles, which have for their aim to represent as simply, as completely and as exactly as possible, a group of experimental laws."
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File:Jef Raskin holding Canon Cat model.png|link=Jef Raskin (nonfiction)|1943 Mar. 9: Computer scientist [[Jef Raskin (nonfiction)|Jef Raskin]] born.  He will conceive and start the Macintosh project for Apple in the late 1970s.
File:Jef Raskin holding Canon Cat model.png|link=Jef Raskin (nonfiction)|1943 Mar. 9: Computer scientist [[Jef Raskin (nonfiction)|Jef Raskin]] born.  He will conceive and start the Macintosh project for Apple in the late 1970s.
File:Richard Smalley.jpg|link=Richard Smalley (nonfiction)|1943 Jun. 6: Chemist and academic [[Richard Smalley (nonfiction)|Richard Smalley]] born. Along with colleagues Robert Curl and Harold Kroto, he will win the 1996 Nobel Prize in Chemistry for the discovery of a new form of carbon, buckminsterfullerene, also known as buckyballs.
File:Richard Smalley.jpg|link=Richard Smalley (nonfiction)|1943 Jun. 6: Chemist and academic [[Richard Smalley (nonfiction)|Richard Smalley]] born. Along with colleagues Robert Curl and Harold Kroto, he will win the 1996 Nobel Prize in Chemistry for the discovery of a new form of carbon, buckminsterfullerene, also known as buckyballs.
File:Margaret Eliza Maltby circa 1908.jpg|link=Margaret Eliza Maltby (nonfiction)|1944 May 3: Physicist [[Margaret Eliza Maltby (nonfiction)|Margaret Eliza Maltby]] dies.  She contributed to the measurement of high electrolytic resistances and conductivity of very dilute solutions.


File:Colossus Mark 2.jpg|link=Colossus computer (nonfiction)|1944 Jun. 1: First successful run of the improved [[Colossus computer (nonfiction)|Colossus Mark 2 computer]]], just in time for the Normandy landings on D-Day. Colossus Mark 2 used shift registers to quintuple the processing speed.  
File:Colossus Mark 2.jpg|link=Colossus computer (nonfiction)|1944 Jun. 1: First successful run of the improved [[Colossus computer (nonfiction)|Colossus Mark 2 computer]]], just in time for the Normandy landings on D-Day. Colossus Mark 2 used shift registers to quintuple the processing speed.  

Revision as of 07:15, 12 December 2019

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