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Solomon W. Golomb
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Laura Gemmill
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Updated Oct 21, 2020
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00:01 - 00:02
for my mathematician.
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I chose Solomon Glum.
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He was born on May 31st 1932 in Baltimore, Maryland.
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He died on May 1st 2016 at the age of
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83. A few important life events.
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He has won many awards, including the Claude Shannon Award
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in 1985 The Richard Hamming Medal in 2000, the National
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Medal of Science in 2013 and the Benjamin Franklin Medal
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in 2016.
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He received his bachelor's degree from John Hopkins University and
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a master's and doctorate in mathematics from Harvard University.
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This is actually a picture of him mhm, other occupations
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and interest.
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He was an electrical engineer professor at the University of
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South California, and in 1956 he worked at the Jet
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Propulsion Laboratory at Caltech in Pasadena, California He has published
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over 200 technical papers and his author of five published
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books. Examples of mathematics he's known for one would be
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Palyama knows, which are shapes made by connecting certain number
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of equal size squares, each joined together with at least
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one other square along the edge.
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The most known is dominos, two squares and then you
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have try Ah, minnows three squares Tetra minnows.
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Four squares, which are the shapes you often see in
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the game.
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Tetris and then Pente.
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Dominoes. Five squares.
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This is actually a page from his book he published
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about Polly Amano's explaining the different shapes that they form
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in the ways to use it when applying this to
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a class like pre K and second great application.
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A great way would be by using sorting classifications, ordering
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by number of squares, forming patterns.
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My favorite has to be the Penta minnows.
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Five squares often represent letters allowing for a classifications of
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the letter, in which closely resembles this is a great
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example. Other math mathematics that he is known for would
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be the glum ruler, which has a set of marks
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at integer positions along an imaginary ruler, such that no
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two pair of marks are the same distance apart.
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And this is what it looks like reptiles, which is
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a shape that can be dissected into copies of the
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same shape.
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And this is one example, and then probably one of
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the most complicated that I have found is the shift
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register sequences, which are obscure mathematical number pattern sequences of
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ones and zeros that can be looked random but there
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actually determined by complicated mathematical functions.
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With this, they could be used as binary code, which
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is why shift register sequences are common and technology.
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This is actually his book he published about shift register
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sequences. Unique fax.
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Solomon Glum helped spark the digital communication revolution with his
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work on shift registers sequences and crypto cryptology, even impacting
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the Mars Rover Curiosity Project with his coding schemes, which
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allowed pristine images to be transmitted from the Mars Rover
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Earth. This is a picture of him working at the
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Jet Propulsion Laboratory at Caltech, to which helped.
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To this.
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Solomon Glum spoke several languages, including including Hebrew, Danish, Norwegian,
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Swedish, German, French and, of course, English.
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This is a really amazing picture.
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He is writing different ways.
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Thio greet people in all the different languages that he
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knows. Oh oh, a really great quote I found by
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him is I'm proud that I've lived to see so
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many things that I've worked on being so widely adapted
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that no one ever thinks about where they came from.
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