barkley alonzo (15 risultati)

paperback. Condizione: Very Good.

Condizione: New.

Paperback or Softback. Condizione: New. 6 Steps to Success for High School Student-Athletes. Book.

Condizione: As New. Unread book in perfect condition.

PAP. Condizione: New. New Book. Shipped from UK. Established seller since 2000.

Condizione: New.

Condizione: As New. Unread book in perfect condition.

Condizione: New. Klappentext Do you want to know how to reach your ultimate potential as a high school student-athlete? What makes a successful student-athlete?Is it making the big game-winning score to win the championship? Is it seeing your name in big.

Paperback. Condizione: Very Good condition. First Edition (premià re à dition). Paris / Louvain: Gauthier-Villards / Nauwelaerts, 1955. Very Good condition. 16.5 cm x 25 cm. A solid copy -- square and tight. Bound in the original paper wrappers, a little sun-faded at the spine. NO owner's name or bookplate. Pages are bright white, clean, and unmarked. Collection de logique mathematique, sà rie A, No. VII. Contents: Part I. Logique combinatoire et alpha conversion: 1) La construction des fonctions combinatoires; 2) Des systà mes d'axiomes pour la logique combinatoire; 3) L'equivalence de la logique combinatoire à la alpha-conversion; 4) La connexion entre alpha-conversion et fonctions rà cursives; 5) Le paradoxe de Curry. Part II. Les modà les des logiques formelles: 1) La notion de modà le; 2) Le thà orà me de Là wenheim-Skolem; 3) La logique Lc; 4) Les modeles dans une logique formelle; 5) Quelques dà monstrations d'indà pendance. Bibliographie. Index des auteurs. Table des symboles. This is one of several dozen books and periodicals from Alonzo Church's library that we were lucky enough to purchase at auction in New Jersey. Several of the books contain his signature, or a presentation inscription to him. Unfortunately, this copy does not have those signs of his ownership. [But please check our inventory for several others that do]. Alonzo Church (1903 - 1995) was professor of mathematics at Princeton University (1929-1967) and of mathematics and philosophy at UCLA (1967-1990). He was the founding editor of the JOURNAL OF SYMBOLIC LOGIC. Among his most influential contributions are Church's Theorem, Church's Thesis, the Church-Turing Thesis, and the Lambda Calculus. His work was of major importance in mathematical logic, recursion theory, theoretical computer science, and functional programming languages in general. Professor Church's creation of lambda calculus was the foundation for the LISP programming language and provided the semantic model for ALGOL. Church was first to demonstrate that David Hilbert's Entscheidungsproblem was unsolvable. It was Church who coined the phrase "Turing machine" for Alan Turing's hypothetical universal computing machine. He was elected to the National Academy of Sciences, British Academy, and the American Academy of Arts and Sciences. Church is regarded by many as the greatest American logician of the 20th century. [For more on Church's contributions, see items 250, 251, 321, 394, and 533 in Hook and Norman's ORIGINS OF CYBERSPACE, A LIBRARY ON THE HISTORY OF COMPUTING.]. First Edition (premià re à dition). Softcover. Very Good condition. (iv), 71pp. Great Packaging, Fast Shipping.

Taschenbuch. Condizione: Neu. Neuware.

Grey Wrappers. Condizione: Near Fine. First Edition. Volume 4 No 1, 40 Pp. Scarce In This, The Original Publication State Of Gray Printed Wrappers. Near Fine. Contains Rozsa's Review (In German) Of Gerhard Gentzeen's "Neue Fassung Des Widerspruchsfreiheitsbeweises Fur Die Reine Zahlentheorie". Rózsa Péter, Born Rózsa Politzer, (1905 - 1977) Was A Hungarian Mathematician And Logician. She Is Best Known As The "Founding Mother Of Recursion Theory". Initially, Péter Began Her Graduate Research On Number Theory. Upon Discovering That Her Results Had Already Been Proven By The Work Of Robert Carmichael And L. E. Dickson, She Abandoned Mathematics To Focus On Poetry. However, She Was Convinced To Return To Mathematics By Her Friend László Kalmár, Who Suggested She Research The Work Of Kurt Gödel On The Theory Of Incompleteness.[3] She Prepared Her Own, Different Proofs To Gödel's Work. Péter Presented The Results Of Her Paper On Recursive Theory, "Rekursive Funktionen," To The International Congress Of Mathematicians In Zurich, Switzerland In 1932. For Her Research, She Received Her Phd Summa Cum Laude In 1935. In 1936, She Presented A Paper Entitled "Über Rekursive Funktionen Der Zweiten Stufe" To The International Congress Of Mathematicians In Oslo.[3] These Papers Helped To Found The Modern Field Of Recursive Function Theory As A Separate Area Of Mathematical Research. In 1937, She Was Appointed As Contributing Editor Of The Journal Of Symbolic Logic. After The Passage Of The Jewish Laws Of 1939 In Hungary, Péter Was Forbidden To Teach Because Of Her Jewish Origin And Was Briefly Confined To A Ghetto In Budapest. During World War Ii, She Wrote Her Book Playing With Infinity: Mathematical Explorations And Excursions, A Work For Lay Readers On The Topics Of Number Theory And Logic. In 1952, She Was The First Hungarian Woman To Be Made An Academic Doctor Of Mathematics. After The College Closed In 1955, She Taught At Eötvös Loránd University Until Her Retirement In 1975. She Was A Popular Professor, Known As "Aunt Rózsa" To Her Students. In 1951, She Published Her Key Work, Recursive Functions (Rekursive Funtionen). She Continued To Publish Important Papers On Recursive Theory Throughout Her Life. Beginning In The Mid-1950S, Péter Applied Recursive Function Theory To Computers. Her Final Book, Published In 1976, Was Recursive Functions In Computer Theory. Originally Published In Hungarian, It Was The Second Hungarian Mathematical Book To Be Published In The Soviet Union Because Its Subject Matter Was Considered Indispensable To The Theory Of Computers. It Was Translated Into English In 1981.Péter Was Awarded The Kossuth Prize In 1951. She Received The Manó Beke Prize By The János Bolyai Mathematical Society In 1953, The Silver State Prize In 1970, And The Gold State Prize In 1973. In 1973, She Became The First Woman To Be Elected To The Hungarian Academy Of Sciences.

Grey Wrappers. Condizione: Near Fine. First Edition. Volume 3 No 3, 96 Pp. Scarce In This, The Original Publication State Of Gray Printed Wrappers. Near Fine. Contains Rozsa's Review (In German) Of Turing's 1937 Article In This Same Journal. Rózsa Péter, Born Rózsa Politzer, (1905 - 1977) Was A Hungarian Mathematician And Logician. She Is Best Known As The "Founding Mother Of Recursion Theory". Initially, Péter Began Her Graduate Research On Number Theory. Upon Discovering That Her Results Had Already Been Proven By The Work Of Robert Carmichael And L. E. Dickson, She Abandoned Mathematics To Focus On Poetry. However, She Was Convinced To Return To Mathematics By Her Friend László Kalmár, Who Suggested She Research The Work Of Kurt Gödel On The Theory Of Incompleteness. She Prepared Her Own, Different Proofs To Gödel's Work. Péter Presented The Results Of Her Paper On Recursive Theory, "Rekursive Funktionen," To The International Congress Of Mathematicians In Zurich, Switzerland In 1932. For Her Research, She Received Her Phd Summa Cum Laude In 1935. In 1936, She Presented A Paper Entitled "Über Rekursive Funktionen Der Zweiten Stufe" To The International Congress Of Mathematicians In Oslo. These Papers Helped To Found The Modern Field Of Recursive Function Theory As A Separate Area Of Mathematical Research. In 1937, She Was Appointed As Contributing Editor Of The Journal Of Symbolic Logic. After The Passage Of The Jewish Laws Of 1939 In Hungary, Péter Was Forbidden To Teach Because Of Her Jewish Origin And Was Briefly Confined To A Ghetto In Budapest. During World War Ii, She Wrote Her Book Playing With Infinity: Mathematical Explorations And Excursions, A Work For Lay Readers On The Topics Of Number Theory And Logic. In 1952, She Was The First Hungarian Woman To Be Made An Academic Doctor Of Mathematics. After The College Closed In 1955, She Taught At Eötvös Loránd University Until Her Retirement In 1975. She Was A Popular Professor, Known As "Aunt Rózsa" To Her Students. In 1951, She Published Her Key Work, Recursive Functions (Rekursive Funtionen). She Continued To Publish Important Papers On Recursive Theory Throughout Her Life. Beginning In The Mid-1950S, Péter Applied Recursive Function Theory To Computers. Her Final Book, Published In 1976, Was Recursive Functions In Computer Theory. Originally Published In Hungarian, It Was The Second Hungarian Mathematical Book To Be Published In The Soviet Union Because Its Subject Matter Was Considered Indispensable To The Theory Of Computers. It Was Translated Into English In 1981. Péter Was Awarded The Kossuth Prize In 1951. She Received The Manó Beke Prize By The János Bolyai Mathematical Society In 1953, The Silver State Prize In 1970, And The Gold State Prize In 1973. In 1973, She Became The First Woman To Be Elected To The Hungarian Academy Of Sciences.

Grey-blue Wrappers. Condizione: Near Fine. First Edition. 293 Individual Volumes In Original Wrappers, Not Library Re-Binds. Foundational Material In The Development Of Modern Logic, Mathematical Analysis, And, Ultimately, The Mathematics Enabling Computers And Computer Programming And Artificial Intelligence. Some Wrappers With Minor Yellowing, Primarily To Spines, A Few Early Issues With Splits To Spines, Very Good To Fine. Ownership Signatures Of A Noted Mathematician On Some Issues. Early Issues With Issue Numbers And Dates Inked On Spines. Lacking Vol. 21 No. 3, Vol. 46 No. 2, Vol. 62 No. 1, Vol. 64 No. 1, Vol. 70 No. 3. " . The Extant Gains Registered By The Modern Symbolic Treatment Of Logic Have Become Such An Essential Factorin Making Pronouncements Regarding The History Of Logic That We Are Constrained To Say That An Essential Knowledge Of Symbolic Logic Have Become An Indispensable Condition For Any And All Fruitful Study Of The History Of Logic" [Heinrich Scholz,"Concise History Of Logic"). As It Is Impossible To Show That The Cause And Effect Of Any Physical Event Can Be Isolated Sufficiently To Make The Effects Of Forces Susceptible To A Complete Logical Analysis, The Connection Of Physical Science And Logic Remains Tangential And Tenuous. The Impossibility Of Exactly Physically Limiting Definition Of Sources And Effects Of Forces In Social Science Make Law, Economics And Politics Ridiculous, And The Rest Of Social Science Merely Entertaining. The Scientific Use Of Logic Is Limited To It's Use In Occam's Razor, The Endless Process Of Successive Removal Of Improper Statements, Relationships, And Associations In Statements About The Physical World, And The Refinement Of Unscientific Arguments In The Imaginary World To Make Them More Acceptable To Contemporary Sensibilities.

Paperback. Condizione: Brand New. 78 pages. 9.40x6.50x0.20 inches. This item is printed on demand.

Paperback. Condizione: New. This item is printed on demand. New copy - Usually dispatched within 5-9 working days.