bernays paul (78 risultati)

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

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

Hardcover. Condizione: Good. No Jacket. 226 pages. Binding rubbed and soiled.

Condizione: Good. Good condition. German edition. (Theory of Relativity, Physics, Books in German) A copy that has been read but remains intact. May contain markings such as bookplates, stamps, limited notes and highlighting, or a few light stains.

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

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

8°, kartonierte Ausgabe. Condizione: Gut. 52.-76. Tausend,. 22 Seiten, Frakturschrift, Fototafeln, illustrierter Einband, Namenszug auf Vorsatz, Schnitt und Einband altersbedingt etwas nachgedunkelt und fleckig, Kleine Delphin-Kunstbücher 4. Bändchen. Sprache: Deutsch Gewicht in Gramm: 80.

Paperback, 13.75x21.5cm, 227pp. Good condition. Light edge wear. Several faint label marks at front cover. Owner's penned details at front flyleaf. ISBN: 0486666379.

Broschur. Condizione: Befriedigend. Mischauflage. getrennt paginiert Broschuren in Schuber.- Kanten berieben / bestossen, Gilbflecken, Eddingnummerierung auf Deckel, papierbedingte Seitenbräunung /// Standort Wimregal STE-55741 Sprache: Deutsch Gewicht in Gramm: 372.

Hardcover. Ex-library with stamp and library-signature. GOOD condition, some traces of use. Ancien Exemplaire de bibliothèque avec signature et cachet. BON état, quelques traces d'usure. Ehem. Bibliotheksexemplar mit Signatur und Stempel. GUTER Zustand, ein paar Gebrauchsspuren. 03 SET 9780720422009 Sprache: Englisch Gewicht in Gramm: 550.

Paperback. Condizione: New. Print on Demand. This book delves into the deep mathematical theory behind prime numbers, exploring how many can be represented by different quadratic equations. By extending the ideas of famous mathematicians like Dirichlet, the author proves that every quadratic equation with a non-square discriminant will represent an infinite number of primes. This discovery lays the groundwork for further breakthroughs in number theory, including a formula to calculate the distribution of these primes. The book offers a rigorous and comprehensive study, providing a valuable resource for mathematicians and a fascinating read for anyone interested in the intricate world of numbers. This book is a reproduction of an important historical work, digitally reconstructed using state-of-the-art technology to preserve the original format. In rare cases, an imperfection in the original, such as a blemish or missing page, may be replicated in the book. print-on-demand item.

Condizione: Neuf.

Condizione: AS NEW. Etat de NEUF / AS NEW condition 271161607X 9782711616077 1033B 1.

Soft cover. Condizione: Fine. No Jacket. 5th or later Edition. Final (or possibly next to final) edition in English (1st German ed., 1899; 1st ed. in English, 1902; the 7th ed. in English was the final one published in Hilbert's lifetime), containing five supplements (pp. 200-24). Bernays began editing revised editions in 1956 (8th ed.) and the 9th ed. appeared in 1962. ix, 226 pp. Original wrappers. Signature of former owner on title page, else Very Good+. Bernays's preface to this 10th ed. is dated Feb., 1968. This translation -- not to be confused with the first Edition in English, prepared by E. J. Townsend (1902) -- was reprinted by Kessinger as recently as 2001, with an ISBN of 0875481647 (not present in the 1971 printing offered here). Hans Freudenthal's D.S.B. article on Hilbert (Vol. VI: 388-95; 395) mentions the 1962 9th ed. but not the 10th; he also mentions Bernays's article on Hilbert in Encyclopedia of Philosophy, III (New York, 1967), 496-504. There is no mention of Townsend's translation. 'There is hardly one result of his Grundlagen der Geometrie which would not have been discovered in the course of time if Hilbert had not written this book. But what matters is that one man alone wrote this book, and that it is a fine book. Grundlagen der Geometrie, published in 1899, reached its ninth edition in 1962. This means that it is still being read, and obviously by more people than read Hilbert's other work. It has gradually been modernized, but few readers realize that foundations of geometry as a field has developed more rapidly than Grundlagen der Geometrie as a sequence of reeditions and that Hilbert's book is now a historical document rather than a basis of modern research or teaching' (D.S.B. VI: 390). For Bernays and his longtime collaboration with Hilbert -- he was Hilbert's assistant at Göttingen beginning in 1917 and his co-author of Grundlagen der Mathematik (1934-39) -- see Gregory H. Moore's article in D.S.B. 17: 75-8. On p. 77, Moore writes that Bernays 'also edited the later editions of David Hilbert's Grundlagen der Geometrie,' but gives the date Stuttgart, 1977. Bernays lived until that year but it is possible the 1977 printing merely reprints that of 1971; I'd have to see it to be sure.

Grey Wrappers. Condizione: Very Good +. First Edition. Volume 2 No 2, A Clean, Lightly Used Copy, But With A Light Spotted Dampstain In A Small Area At The Upper Foredge Corner Of The Covers And Just A Few Interior Pages, In All Cases Under One Square Inch Per Page/Cover.

Softcover. Condizione: Gut. 1942. gr.8°. 25 p. Pbck. Offprint from Journal of Symbolic Logic, Vol. 7, No. 2.

Hardcover. Condizione: Fine. Condizione sovraccoperta: Very Good. Studies in Logic and the Foundations of Mathematics. Fine bright cover with lovely black and gold blocking to spine, clean text; in bright, very good + dust jacket.

Soft cover. Condizione: Good. 1st Edition. Actualités scientifiques et industrielles 1134. Broché, 25x16cm, 151p. Petit manque de appier aux coins de la couverture.

Ensayo. Ciencia. Matemáticas. Suiza. Mineola. Editorial: Dover Publications. 1991. Primera edición. 227 pags. 21x14 cms. Rústica. Muy buen estado. Introducción histórica de Abraham A. Fraenkel. GASTOS DE ENVÍO: 1 EURO PARA EL ENVÍO ORDINARIO (SIN NÚMERO DE SEGUIMIENTO). 2,50 EUROS PARA EL ENVÍO CERTIFICADO CON RECOGIDA EN OFICINA DE CORREOS. 3,50 EUROS PARA EL ENVÍO CERTIFICADO CON ENTREGA EN DOMICILIO.

Condizione: good. Befriedigend/Good: Durchschnittlich erhaltenes Buch bzw. Schutzumschlag mit Gebrauchsspuren, aber vollständigen Seiten. / Describes the average WORN book or dust jacket that has all the pages present.

Couverture souple. Condizione: Neuf. NA16077, 3001B3, 9782711616077.

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.

hardcover. Condizione: New. In shrink wrap. Looks like an interesting title!

État de NEUF / New condition 000-188125 '9782711616077 03/11/2003 Mathesis Broché.

Grey Wrappers. Condizione: Near Fine. First Edition. Volume 9 No 1, 32 Pp. Scarce In This, The Original Publication State Of Gray Printed Wrappers. Near Fine. Contains Rozsa's Reviews (In German) Of Articles By Skolem, Psposil, Suranyi, And Of Two Articles By Laszlo Klmar. 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.

Paperback. Condizione: Very Good. First Edition. 152 pages. Commemorates the unique relationship between Edward L. Bernays and the Public Relations Quarterly. Bernays was considered the dean of modern public relations. He also helped introduce and popularize the works of his uncle Sigmund Freud to the English-speaking world. Clean, bright and unmarked. Tight and square. Light wear and rubbing to covers. Nice copy.; 8vo - over 7¾" - 9¾" tall; PUBLIC RELATIONS BUSINESS ECONOMICS The Later Years : Public Relations Insights, 1956-1986 Edward L. Spin Control Media Manipulation Spinmeister Campaigns Marketing Advertising sales Selling Master Genius Commemorates the unique relationship between Edw.

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.

Hardcover. Condizione: Near Fine. Condizione sovraccoperta: Very Good + Jacket. First UK Edition. Vii, 536 Pp. Blue Cloth, Gilt. First Uk Printing (1964). The Book Brings Together For The First Time An Extensive Collection Of Essays By Both Philosophers And Mathematicians On The Nature Of Mathematics; Philosophical Questions Are Discussed By Leaders In Each Field. The Selections Include The First English Translations Of Several Important Works, As Well As New Translations Of Others, And Several Articles Have Been Extensively Revised By Their Authors For This Anthology. Book Near Fine, Slight Usage. Dj Priced 63S. Net. With Slight Rubbing.

HARD BACK YELLOW. Condizione: GOOD. JACKET: WORN DJ. General wear: small bookplate, foxing, previous owner marking title page--otherwise very nice DATE PUBLISHED: 1976 EDITION: 358.

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.