Permintaan Katalog / Brosur (GRATIS via POS) EnsiklopediaLowongan KarierIklan
Informatika & Komputer | PHP | MySQL | JavaScript | Perl | HTML5 | HTML4 | Apache Ant Apache HTTP Server | Shell Script Linux | Red Hat Linux | Buku Ensiklopedi Dunia
Teknologi Informatika
Sebelumnya (Aloha Editor)
(Alpha 21164) Berikutnya
Alonzo Church
Alonzo Church
Alonzo Church (1903–1995)
Born
(1903-06-14)June 14, 1903 Washington, D.C., USA
Died
August 11, 1995(1995-08-11) (aged 92) Hudson, Ohio, USA
Residence
United States
Nationality
American
Fields
Mathematics, Logic
Institutions
Princeton University 1929–67 UCLA 1967–95
Alma mater
Princeton University
Thesis
Alternatives to Zermelo's Assumption (1927)
Doctoral advisor
Oswald Veblen
Doctoral students
C. Anthony Anderson Peter Andrews George Alfred Barnard Martin Davis Leon Henkin David Kaplan John George Kemeny Stephen Kleene Michael O. Rabin Hartley Rogers, Jr J. Barkley Rosser Nathan Salmon Dana Scott Raymond Smullyan Alan Turing
Alonzo Church (June 14, 1903 – August 11, 1995) was an American mathematician and logician who made major contributions to mathematical logic and the foundations of theoretical computer science. He is best known for the lambda calculus, Church–Turing thesis, proving the undecidability of the Entscheidungsproblem, Frege–Church ontology, and the Church–Rosser theorem.
Contents
1Life
2Mathematical work
3Students
4Books
5See also
6Notes
7References
8External links
Life
Alonzo Church was born on June 14, 1903 in Washington, D.C. where his father, Samuel Robbins Church, was the judge of the Municipal Court for the District of Columbia. The family later moved to Virginia after his father lost this position because of failing eyesight. With help from his uncle, also named Alonzo Church, he was able to attend the Ridgefield School for Boys in Ridgefield, Connecticut.[1] After graduating from Ridgefield in 1920, Church attended Princeton University where he was an exceptional student, publishing his first paper, on Lorentz transformations, and graduating in 1924 with a degree in mathematics. He stayed at Princeton, earning a Ph.D. in mathematics in three years under Oswald Veblen.
He married Mary Julia Kuczinski in 1925 and the couple had three children, Alonzo Church, Jr. (1929), Mary Ann (1933) and Mildred (1938).
After receiving his Ph.D. he taught briefly as an instructor at the University of Chicago and then received a two-year National Research Fellowship. This allowed him to attend Harvard University in 1927–1928 and then both University of Göttingen and University of Amsterdam the following year. He taught at Princeton, 1929–1967, and at the University of California, Los Angeles, 1967–1990. He received honorary Doctor of Science degrees from Case Western Reserve University in 1969,[2] Princeton University in 1985,[3] and the University at Buffalo, The State University of New York in 1990 in connection with an international symposium in his honor organized by John Corcoran.[4]
A deeply religious person, he was a lifelong member of the Presbyterian church.[5]
He died in 1995 and was buried in Princeton Cemetery.
Mathematical work
Church is best known for the following accomplishments:
His proof that the Entscheidungsproblem, which asks for a decision procedure to determine the truth of arbitrary propositions in a mathematical theory, is undecidable for the theory of Peano arithmetic. This is known as Church's theorem.
His articulation of what has come to be known as the Church–Turing thesis.
He was the founding editor of the Journal of Symbolic Logic, editing its reviews section until 1979.
His creation of the lambda calculus.
The lambda calculus emerged in his famous 1936 paper showing the unsolvability of the Entscheidungsproblem. This result preceded Alan Turing's famous work on the halting problem, which also demonstrated the existence of a problem unsolvable by mechanical means. Church and Turing then showed that the lambda calculus and the Turing machine used in Turing's halting problem were equivalent in capabilities, and subsequently demonstrated a variety of alternative "mechanical processes for computation." This resulted in the Church–Turing thesis.
The lambda calculus influenced the design of the LISP programming language and functional programming languages in general. The Church encoding is named in his honor.
Students
Many of Church's doctoral students have led distinguished careers, including C. Anthony Anderson, Peter B. Andrews, George A. Barnard, William W. Boone, Martin Davis, Alfred L. Foster, Leon Henkin, John G. Kemeny, Stephen C. Kleene, Simon B. Kochen, Maurice L'Abbé, Isaac Malitz, Gary R. Mar, Michael O. Rabin, Nicholas Rescher, Hartley Rogers, Jr., J. Barkley Rosser, Dana Scott, Raymond Smullyan, and Alan Turing.[6] A more complete list of Church's students is available via Mathematics Genealogy Project.
Books
Alonzo Church, Introduction to Mathematical Logic (ISBN 978-0-691-02906-1)[7]
Alonzo Church, The Calculi of Lambda-Conversion (ISBN 978-0-691-08394-0)[8]
Alonzo Church, A Bibliography of Symbolic Logic, 1666–1935 (ISBN 978-0-8218-0084-3)
C. Anthony Anderson and Michael Zelëny, editors, Logic, Meaning and Computation: Essays in Memory of Alonzo Church (ISBN 978-1-4020-0141-3)
See also
Biography portal
Logic portal
Church–Turing–Deutsch principle
Higher-order logic
Universal set
Notes
^The Ridgefield School for Boys, also known as the Ridgefield School, was a private school that existed from 1907 to 1938. See The Ridgefield School.
^Honorary degrees awarded by Case Western Reserve University
^Honorary degrees awarded by Princeton University
^Finding Aid for The Honorary Degree Conferral of Doctor of Science to Alonzo Church, 1990
^"Introduction Alonzo Church: Life and Work". p. 4. Retrieved 6 June 2012. "A deeply religious person, he was a lifelong member of the Presbyterian church."
^"Mathematics Genealogy Project". Archived from the original on 4 August 2010. Retrieved 12 August 2010.
^Henkin, Leon (1957). "Review: Introduction to Mathematical Logic by Alonzo Church". Bull. Amer. Math. Soc.63 (5): 320–323.
^Frink Jr., Orrin (1944). "Review: The Calculi of Lambda-Conversion by Alonzo Church". Bull. Amer. Math. Soc.50 (3): 169–172.
References
Enderton, Herbert B., Alonzo Church: Life and Work. Introduction to the Collected Works of Alonzo Church, MIT Press, not yet published.
Enderton, Herbert B., In memoriam: Alonzo Church, The Bulletin of Symbolic Logic, vol. 1, no. 4 (Dec. 1995), pp. 486–488.
Wade, Nicholas, Alonzo Church, 92, Theorist of the Limits of Mathematics (obituary), The New York Times, September 5, 1995, p. B6.
Hodges, Wilfred, Obituary: Alonzo Church, The Independent (London), September 14, 1995.
Alonzo Church interviewed by William Aspray on 17 May 1984. The Princeton Mathematics Community in the 1930s: An Oral-History Project, transcript number 5.
Rota, Gian-Carlo, Fine Hall in its golden age: Remembrances of Princeton in the early fifties. In A Century of Mathematics in America, Part II, edited by Peter Duren, AMS History of Mathematics, vol 2, American Mathematical Society, 1989, pp. 223–226. Also available here.
External links
O'Connor, John J.; Robertson, Edmund F., "Alonzo Church", MacTutor History of Mathematics archive, University of St Andrews, http://www-history.mcs.st-andrews.ac.uk/Biographies/Church.html.
Alonzo Church at the Mathematics Genealogy Project
Princeton University Library, Manuscripts Division, The Alonzo Church Papers, 1924–1995: finding aid.
A bibliography of Church's reviews for The Journal of Symbolic Logic, with a link to each
Logic
Overview
Academic areas
Argumentation theory
Axiology
Critical thinking
Computability theory
Formal semantics
History of logic
Informal logic
Logic in computer science
Mathematical logic
Mathematics
Metalogic
Metamathematics
Model theory
Philosophical logic
Philosophy
Philosophy of logic
Philosophy of mathematics
Proof theory
Set theory
Foundations
Abduction
Analytic truth
Antinomy
A priori
Deduction
Definition
Description
Induction
Inference
Logical form
Logical consequence
Logical truth
Name
Necessity
Meaning
Paradox
Possible world
Presupposition
Probability
Reason
Reasoning
Reference
Semantics
Statement
Strict implication
Substitution
Syntax
Truth
Truth value
Validity
Philosophical logic
Critical thinking Informal logic
Analysis
Ambiguity
Argument
Belief
Bias
Credibility
Evidence
Explanation
Explanatory power
Fact
Fallacy
Inquiry
Opinion
Parsimony
Premise
Propaganda
Prudence
Reasoning
Relevance
Rhetoric
Rigor
Vagueness
Theories of deduction
Constructivism
Dialetheism
Fictionalism
Finitism
Formalism
Intuitionism
Logical atomism
Logicism
Nominalism
Platonic realism
Pragmatism
Realism
Metalogic
Metamathematics
Cantor's theorem
Church's theorem
Church's thesis
Consistency
Effective method
Foundations of mathematics
Gödel's completeness theorem
Gödel's incompleteness theorems
Soundness
Completeness
Decidability
Interpretation
Löwenheim–Skolem theorem
Metatheorem
Satisfiability
Independence
Type–token distinction
Use–mention distinction
Mathematical logic
General
Formal language
Formation rule
Formal system
Deductive system
Formal proof
Formal semantics
Well-formed formula
Set
Element
Class
Classical logic
Axiom
Natural deduction
Rule of inference
Relation
Theorem
Logical consequence
Axiomatic system
Type theory
Symbol
Syntax
Theory
Traditional logic
Proposition
Inference
Argument
Validity
Cogency
Syllogism
Square of opposition
Venn diagram
Propositional calculus Boolean logic
Boolean functions
Propositional calculus
Propositional formula
Logical connectives
Truth tables
Predicate logic
First-order
Quantifiers
Predicate
Second-order
Monadic predicate calculus
Set theory
Set
Empty set
Enumeration
Extensionality
Finite set
Function
Subset
Power set
Countable set
Recursive set
Domain
Range
Ordered pair
Uncountable set
Model theory
Model
Interpretation
Non-standard model
Finite model theory
Truth value
Validity
Proof theory
Formal proof
Deductive system
Formal system
Theorem
Logical consequence
Rule of inference
Syntax
Computability theory
Recursion
Recursive set
Recursively enumerable set
Decision problem
Church–Turing thesis
Computable function
Primitive recursive function
Non-classical logic
Modal logic
Alethic
Axiologic
Deontic
Doxastic
Epistemic
Temporal
Intuitionism
Intuitionistic logic
Constructive analysis
Heyting arithmetic
Intuitionistic type theory
Constructive set theory
Fuzzy logic
Degree of truth
Fuzzy rule
Fuzzy set
Fuzzy finite element
Fuzzy set operations
Substructural logic
Structural rule
Relevance logic
Linear logic
Paraconsistent logic
Dialetheism
Description logic
Ontology
Ontology language
Logicians
Anderson
Aristotle
Averroes
Avicenna
Bain
Barwise
Bernays
Boole
Boolos
Cantor
Carnap
Church
Chrysippus
Curry
De Morgan
Frege
Geach
Gentzen
Gödel
Hilbert
Kleene
Kripke
Leibniz
Löwenheim
Peano
Peirce
Putnam
Quine
Russell
Schröder
Scotus
Skolem
Smullyan
Tarski
Turing
Whitehead
William of Ockham
Wittgenstein
Zermelo
Lists
Topics
Index of logic articles
Mathematical logic
Boolean algebra
Set theory
Other
Logicians
Rules of inference
Paradoxes
Fallacies
Logic symbols
Common logical symbols
& ∨ ¬ ~ → ⊃ ≡ | ∀ ∃ ⊤ ⊥ ⊢ ⊨ ∴ ∵
Portal
Category
Outline
WikiProject
Talk
changes
Authority control
VIAF: 109830754
Persondata
Name
Church, Alonzo
Alternative names
Short description
Mathematician
Date of birth
June 14, 1903
Place of birth
Washington, DC, United States
Date of death
August 11, 1995
Place of death
Hudson, Ohio, United States
From Wikipedia, the free encyclopedia
Sebelumnya (Aloha Editor)
(Alpha 21164) Berikutnya
Tags: Alonzo Church, Teknologi Informatika, 3045, Alonzo Church Alonzo Church Alonzo Church (1903–1995) Born ( 1903 06 14 ) June 14 1903 Washington D.C, USA Died August 11 1995 ( 1995 08 11 ) (aged 92) Hudson Ohio USA Residence United States Nationality American Fields Mathematics Logic Institutions Princeton University 1929–67 UCLA 1967–95 Alma mater Princeton University Thesis Alternatives to Zermelo's Assumption (1927) Doctoral advisor, Alonzo Church, Bahasa Indonesia, Contoh Instruksi, Tutorial, Referensi, Buku, Petunjuk p2k, um-surabaya.ac.id
Situs2 Forum Diskusi
Situs2 Pengumuman / Berita
Daftar Web Kuliah Sore/Malam
List Web Ensiklopedi Dunia
Permintaan Kirim Brosur ( via POS)
Atau kirimkan nama dan alamat lengkap via SMS ke HP: 08523 1234 000
BROSUR GRATIS
Brosur Kelas Karyawan Gabungan Seluruh Wilayah Indonesia ♦ PDF (11,2 MB)♦ zip (8,8 MB) ♦ JPG (36,2 MB)
Brosur Kelas Karyawan JABODETABEK ♦ PDF (5,5 MB)♦ zip (4,4 MB) ♦ JPG (13,2 MB)
Brosur Kelas Karyawan DIY,JATENG,JATIM & BALI ♦ PDF (4,4 MB)♦ zip (3,5 MB) ♦ JPG (14,5 MB)
Brosur Kelas Karyawan JAWA BARAT ♦ PDF (2,8 MB)♦ zip (2,2 MB) ♦ JPG (7,1 MB)
Brosur Kelas Karyawan SULAWESI ♦ PDF (1,9 MB)♦ zip (1,5 MB) ♦ JPG (5,6 MB)
Brosur Kelas Karyawan SUMATERA & BATAM ♦ PDF (2,2 MB)♦ zip (1,7 MB) ♦ JPG (6,5 MB)
Brosur Kelas Reguler ♦ PDF (4,1 Mb)♦ zip (8,4 Mb)
Kalender 2021 ♦ JPG (2,8 Mb)♦ PDF (9,6 Mb)
Soal2 UN dan SBMPTN ♦ PDF(3,5 Mb)♦ zip(1,5 Mb)
MENINGKATKAN Pendapatan, Sumber Daya PTS dan Kualitas Pendidikannya ♦ PDF(6 Mb)♦ JPG(16 Mb)
Strategi MENINGKATKAN
Pendapatan PTS, Sumber Daya dan Kualitas Pendidikannya
Seluruh Ringkasan, klik di bawah ini
INFORMASI LOWONGAN
PT. Gilland Ganesha
Dibutuhkan Segera
Design Grafis
Senior Programmer
1. UTN Bogor - Universitas Teknologi Nusantara Bogor - Kampus UTN : Pangkalan III, Jl. Karadenan No. 66 Pasir Jambu, Kec. Sukaraja Kabupaten Bogor Cibinong, Bogor, Jawa Barat 16710 2. Institut Geo Nusantara - Institut Geo Nusantara Cileungsi Bogor - Kampus IGN : Jl. Raya Cileungsi - Jonggol Km. 03 No. 61 Mekarsari Kec. Cileungsi 16820, Kab. Bogor - Jawa Barat 3. MM Geo Nusantara Bogor - Magister Manajemen Institut Geo Nusantara Bogor - Kampus IGN : Jl. Raya Cileungsi – Jonggol Km. 03 No. 61 Mekarsari Kec. Cileungsi 16820, Kab. Bogor – Jawa Barat 4. MKom Geo Nusantara Bogor - Magister Informatika Institut Geo Nusantara Bogor - Kampus IGN : Jl. Raya Cileungsi – Jonggol Km. 03 No. 61 Mekarsari Kec. Cileungsi 16820, Kab. Bogor – Jawa Barat 5. S2 Geo Nusantara Bogor - Magister Institut Geo Nusantara Bogor - Kampus IGN : Jl. Raya Cileungsi – Jonggol Km. 03 No. 61 Mekarsari Kec. Cileungsi 16820, Kab. Bogor – Jawa Barat 6. Universitas Indonesia Mandiri - Universitas Indonesia Mandiri Bekasi - Kampus UI Mandiri : Jl. Jendral Sudirman KM 31 Kranji Medan Satria, Kota Bekasi, Jawa Barat 7. UNKRIS Jakarta - Universitas Krisnadwipayana Jakarta - Kampus UNKRIS : Jl. Raya Jatiwaringin, Pondok Gede, Jakarta Timur 13077 8. MM UNKRIS Jakarta - Magister Manajemen Universitas Krisnadwipayana Jakarta - Kampus UNKRIS : Jl. Raya Jatiwaringin, Pondok Gede, Jakarta Timur 13077 9. S2 UNKRIS Jakarta - Pascasarjana (S2, Magister) Universitas Krisnadwipayana Jakarta - Kampus UNKRIS : Jl. Raya Jatiwaringin, Pondok Gede, Jakarta Timur 13077 10. MT UNKRIS Jakarta - Magister Teknik Universitas Krisnadwipayana Jakarta - Kampus UNKRIS : Jl. Raya Jatiwaringin, Pondok Gede, Jakarta Timur 13077 11. MH UNKRIS Jakarta - Magister Hukum Universitas Krisnadwipayana Jakarta - Kampus UNKRIS : Jl. Raya Jatiwaringin, Pondok Gede, Jakarta Timur 13077 12. MMT UNKRIS Jakarta - Magister Manajemen Teknologi Universitas Krisnadwipayana Jakarta - Kampus UNKRIS : Jl. Raya Jatiwaringin, Pondok Gede, Jakarta Timur 13077
Alonzo Church Introduction To Mathematical Logic Pdf
Permintaan Katalog / Brosur (GRATIS via POS) 
0 Response to "Alonzo Church Introduction To Mathematical Logic Pdf"
Post a Comment