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Raymond Smullyan (Raymond Merrill Smullyan) was born on 25 May, 1919 in Far Rockaway, New York, U.S., is a mathematician. Discover Raymond Smullyan's Biography, Age, Height, Physical Stats, Dating/Affairs, Family and career updates. Learn How rich is He in this year and how He spends money? Also learn how He earned most of networth at the age of 98 years old?

Popular As Raymond Merrill Smullyan
Occupation N/A
Age 98 years old
Zodiac Sign Gemini
Born 25 May, 1919
Birthday 25 May
Birthplace Far Rockaway, New York, U.S.
Date of death (2017-02-06) Hudson, New York, U.S.
Died Place Hudson, New York, U.S.
Nationality United States

We recommend you to check the complete list of Famous People born on 25 May. He is a member of famous mathematician with the age 98 years old group.

Raymond Smullyan Height, Weight & Measurements

At 98 years old, Raymond Smullyan height not available right now. We will update Raymond Smullyan's Height, weight, Body Measurements, Eye Color, Hair Color, Shoe & Dress size soon as possible.

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Who Is Raymond Smullyan's Wife?

His wife is Blanche

Family
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Wife Blanche
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Raymond Smullyan Net Worth

His net worth has been growing significantly in 2022-2023. So, how much is Raymond Smullyan worth at the age of 98 years old? Raymond Smullyan’s income source is mostly from being a successful mathematician. He is from United States. We have estimated Raymond Smullyan's net worth , money, salary, income, and assets.

Net Worth in 2023 $1 Million - $5 Million
Salary in 2023 Under Review
Net Worth in 2022 Pending
Salary in 2022 Under Review
House Not Available
Cars Not Available
Source of Income mathematician

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Timeline

2001

In 2001, documentary filmmaker Tao Ruspoli made a film about Smullyan called "This Film Needs No Title: A Portrait of Raymond Smullyan."

1986

Many of his logic problems are extensions of classic puzzles. Knights and Knaves involves knights (who always tell the truth) and knaves (who always lie). This is based on a story of two doors and two guards, one who lies and one who tells the truth. One door leads to heaven and one to hell, and the puzzle is to find out which door leads to heaven by asking one of the guards a question. One way to do this is to ask, "Which door would the other guard say leads to hell?". Unfortunately, this fails, as the liar can answer, "He would say the door to paradise leads to hell," and the truth-teller would answer, "He would say the door to paradise leads to hell." You must point at one of the doors as well as simply stating a question. For example, as philosopher Richard Turnbull has explained, you could point at either door and ask, "Will the other guard say this is the door to paradise?" The truth-teller will say "No, " if it is in fact the door to paradise, as will the liar. So you pick that door. The truth-teller will answer "Yes," if it is the door to Hell, as will the liar, so you pick the other door. Note also that we are not told anything about the goals of either guard: for all we know, the liar may want to help us and the truth-teller not help us, or both are indifferent, so there's no reason to think either one will phrase answers such as to provide us with the most optimally available kind of comprehension. This is behind the crucial role of actually pointing at a door directly while asking the question. This idea was famously used in the 1986 film Labyrinth.

1985

His book To Mock a Mockingbird (1985) is a recreational introduction to the subject of combinatory logic.

1968

After getting his PhD from Princeton, he taught at Princeton for two years. He subsequently taught at New York University, at the State University of New York at New Paltz, at Smith College, and at the Belfer Graduate School of Science at Yeshiva University, before becoming professor of mathematics and computer science at Lehman College in the Bronx, where he taught undergraduate students from 1968 to 1984. He was also a professor of philosophy at the CUNY Graduate Center from 1976 to 1984, where he taught graduate students. He was subsequently a professor of philosophy at Indiana University, where he taught both undergraduate and graduate students. He was also an amateur astronomer, using a six-inch reflecting telescope for which he ground the mirror. Fellow mathematician Martin Gardner was a close friend.

1957

While a PhD student, his term paper for Carnap, "Languages in which Self-Reference is Possible", was published in 1957 in the Journal of Symbolic Logic, showing that Gödelian incompleteness held for formal systems considerably more elementary than that of Kurt Gödel's 1931 landmark paper. The contemporary understanding of Gödel's theorem dates from this paper. Smullyan later made a compelling case that much of the fascination with Gödel's theorem should be directed at Tarski's theorem, which is much easier to prove and equally disturbing philosophically.

1955

Born in Far Rockaway, New York, his first career was stage magic. He earned a BSc from the University of Chicago in 1955 and his PhD from Princeton University in 1959. He is one of many logicians to have studied with Alonzo Church.

1931

Smullyan showed musical talent from a young age, playing both violin and piano. He studied with pianist Grace Hofheimer in New York. He had perfect pitch. He started his interest in logic at the age of 5. In 1931 he won a gold medal in the piano competition of the New York Music Week Association when he was aged 12 (the previous year he had won the silver medal). After graduating from grade school, the Depression forced his family to move to Manhattan, and he attended Theodore Roosevelt High School in The Bronx. He played violin in the school orchestra but devoted more time to playing the piano. At high school he fell in love with mathematics when he took a class in geometry. Apart from his classes in geometry, physics, and chemistry, however, he was dissatisfied with his high school, and dropped out. He studied mathematics on his own, including analytic geometry, calculus, and modern higher algebra - particularly group theory and Galois theory. He sat in on a course taught by Ernest Nagel at Columbia University that was being taken by his cousin, Arthur Smullyan, and independently discovered Boolean rings. He also spent a year at the Cambridge Rindge and Latin School. He did not graduate with a high school diploma, but he took the college board exams to get into college. He studied mathematics and music at Pacific University in Oregon for one semester, and at Reed College for less than a semester, before following the pianist Berhard Abramowitsch to San Francisco. He audited classes at the University of California, Berkeley, before returning to New York, where he continued his independent study of modern abstract algebra. At this time he composed a number of chess problems which were published many years later; he also learned magic. At the age of 24, he enrolled at the University of Wisconsin-Madison for three semesters, because he wanted to study modern algebra with a professor whose book he had read. He later transferred to the University of Chicago and majored in mathematics. After a break in which he worked as a magician in New York and met his first wife, he returned to the University of Chicago, where he also worked as a magician at night and taught piano on the faculty at Roosevelt University. While at Chicago he took three courses with the philosopher Rudolf Carnap, for which he wrote three term papers. Carnap recommended that he send the first term paper to Willard Van Orman Quine, which he did. Quine replied that he should tinker with his idea about what makes quantification theory tick. Of the other two term papers, one, entitled "Languages in which Self-Reference is Possible" (which Carnap showed to Kurt Gödel), was later published in 1957. The other was later published in his 1961 book Theory of Formal Systems. While still a student at the University of Chicago, on the basis of a recommendation from Carnap, he was hired by John G. Kemeny, the chair of the mathematics department at Dartmouth College. He taught at Dartmouth for two years. During that time he separated from his first wife, from whom he later divorced. He also used to visit his friends Gloria and Marvin Minsky (Gloria Minsky was his cousin) in Cambridge, Massachusetts. The University of Chicago, after a battle between the faculty and administration, agreed to award Smullyan a bachelor of science degree in mathematics in 1955 based partly on courses he had taught at Dartmouth (although he had not taken them at Chicago). Both Carnap and Kemeny helped him to get accepted to the graduate program in mathematics at Princeton University. He received a PhD in mathematics from Princeton University in 1959. He completed his doctoral dissertation, titled "Theory of formal systems", under the supervision of Alonzo Church, which was published in 1961. While a graduate student at Princeton he met his second wife, Blanche, a pianist and teacher, born in Belgium, to whom he was married for 48 years until she died in 2005.

1919

Raymond Merrill Smullyan (/ˈsmʌliən/; May 25, 1919 – February 6, 2017) was an American mathematician, magician, concert pianist, logician, Taoist, and philosopher.

He was born on May 25, 1919, in Far Rockaway, Queens, New York, to an Ashkenazi Jewish family. His father was Isidore Smullyan, who was born in Russia but who emigrated to Belgium when young, and whose native language was French. His father was a businessman who graduated from the University of Antwerp. His mother was Rosina Smullyan (née Freeman), who was born and raised in London. She was a painter, who was also an actress. Both parents were musical, his father playing the violin and his mother playing the piano. He was the youngest of three children. His eldest brother, Emile Benoit Smullyan, later became an economist under the name of Emile Benoit. His sister was Gladys Smullyan, later Gladys Gwynn. His cousin was the philosopher Arthur Francis Smullyan (1912-1998). In Far Rockaway he was a grade school classmate of Richard Feynman.