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         Tarry Gaston:     more detail

21. MULTIMAGIE.COM - Carré Trimagique 128x128
gaston tarry, se référer à notre
http://cboyer.club.fr/multimagie/Francais/Trimagic128.htm
Carré trimagique 128x128 Gaston Tarry (Villefranche de Rouergue 1843 - Le Havre 1913) Pour La Science Pour connaître l'histoire du carré trimagique 128x128 de Gaston Tarry, se référer à notre article paru dans le numéro 286 d'août 2001 de Pour La Science En juin 2002, nous avons reconstruit le carré de Tarry pour le vérifier. Tarry avait prouvé la trimagie de son carré, mais n'avait calculé que la 1ère colonne. Nous l'avons entièrement calculé : nous pouvons maintenant confirmer que le carré est vraiment trimagique !
    Télécharger le carré trimagique 128x128 de Gaston Tarry, fichier Excel zippé de 527Ko.
Retour à la page d'accueil http://www.multimagie.com

22. Monster Cubes
I dedicate the tetramagic cubes to gaston tarry and André Viricel. gaston tarry,inventor of the tetramagic term, was the first person to have constructed
http://members.shaw.ca/hdhcubes/boyer-monster.htm
M onster Cubes
Introduction The subject of this page is a Word document I received from Christian Boyer (France) on May 13, 2003.
Christian has a very informative site where he discusses multimagic cubes (and squares) but his material on these large cubes is not presented in quite this way.
On Nov. 26, 2003, I reviewed his document and decided I would like to include it on my site. Christian has kindly granted me permission to do so. He also suggested I edit it as I saw fit. However, the editing I did do has been kept to a minimum, and is mostly limited to formatting.
Harvey Heinz Nov. 27, 2003
Seven new multimagic « monsters »:
tetramagic cubes, bimagic and trimagic hypercubes (tesseracts)
Christian Boyer, France, May 13 rd I have the pleasure to announce 7 new important multimagic results: the first tetramagic cube , so better than my previous trimagic cubes the first perfect tetramagic cube , means all its diagonals and triagonals are tetramagic (and probably the biggest magic cube ever constructed !) the 3 first bimagic tesseracts , means four-dimensional bimagic hypercubes the 2 first trimagic tesseracts , one of them being also the first perfect bimagic tesseract (means all its diagonals, triagonals, and quadragonals are bimagic)

23. Magic Squares
In 1905, a 128 by 128 magic square was devised by gaston tarry where the numbers,their squares, and their cubes were all magic; this is called a trimagic
http://members.shaw.ca/quadibloc/math/squint.htm
Home Other Mathematics
Magic Squares
Magic Squares may be perhaps the only area of recreational mathematics to which many of us have been exposed. The classic form of a magic square is a square containing consecutive numbers starting with 1, in which the rows and columns and the diagonals all total to the same number. I'll have to admit that I was never very much interested by magic squares, as opposed to other mathematical amusements, but a Mathematical Games column in Scientific American by Martin Gardner disclosed some new discoveries in magic squares that are of interest. The only magic square of order 3, except for trivial translations such as reflection and rotation, is: Some magic squares are very simple to construct. Magic squares of any odd order can be constructed following a pattern very similar to that of the 3 by 3 magic square: One can also construct a magic square by making a square array of copies of a magic square, and then adding a displacement to the elements of each copy based on a plan given by another magic square: thus, making nine copies of

24. Gaston Rébuffat - Encyclopedia Article About Gaston Rébuffat.
Information about gaston Rébuffat in Free online English dictionary and encyclopedia . gaston tarry gaston Thorn gaston Tissandier
http://encyclopedia.thefreedictionary.com/Gaston Rébuffat
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Cite / link Email Feedback Gaston Rébuffat (7 May was a common year starting on Saturday (see link for calendar).
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Click the link for more information. , Marseilles - is a common year starting on Tuesday of the Gregorian calendar.
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  • Asian Tiger Mosquito, an invasive species is first found in Houston, Texas
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25. Gaston Tarry Biography .ms
gaston tarry. Related Links. gaston Bachelard quotes. gaston tarry ( September27, 1843 June 21, 1913) was a French mathematician.
http://gaston-tarry.biography.ms/
Gaston Tarry
Related Links Gaston Tarry September 27 June 21 ) was a French mathematician . Born in Villefranche de Panat , Aveyron , he studied mathematics at high school before joining the civil service in Algeria . He pursued mathematics as an amateur , his most famous achievement being his confirmation of Leonard Euler Graeco-Latin square was possible.
A
B C D ... Home page

26. ARTICLE: Richmond: One Month After Gaston (The Virginian-Pilot - HamptonRoads.co
Richmond One month after gaston Virginia, News, Storms, The Virginian-Pilot . The tarry scent of fresh asphalt wafts from parking lots that were auto
http://home.hamptonroads.com/stories/story.cfm?story=76338&ran=37193

27. Multimagic Squares
gaston tarry. 1905. 1 16384. S1 = 1048640 S2 = 11454294720 S3 = 140754668748800.S3 = m * S1². 3. Trimagic. 64. E. Cazalas. 1933. 1 - 4096. S1 = 131104
http://www.geocities.com/~harveyh/multimagic.htm
M ultimagic Squares
Multimagic squares are regular magic squares i.e. they have the property that all rows, all columns, and the two main diagonals sum to the same value. However, a bimagic square has the additional property that if each number in the square is multiplied by itself (squared, or raised to the second power) the resulting row, column, and diagonal sums are also magic. In addition, a trimagic square has the additional property that if each number in the square is multiplied by itself twice (cubed, or raised to the third power) the square is still magic. And so on for tetra and penta magic squares. This page represents multimagic object facts as I know them. Please let me know if you disagree or are aware of other material that perhaps should be on this page. Notice that I have adopted the new convention of using 'm' to denote order of the magic object. With the rapid increase in work on higher dimensions, 'n' is reserved to indicate dimension.
Contents
Table showing a chronological history of multimagic squares (and 1 cube).
Order-12 Trimagic Square
Walter Trump announced the successful completion of this square on June 9, 2002!

28. Graeco-Latin Squares
In 1901, gaston tarry proved (by exhaustive enumeration of the possible cases)that there was no GraecoLatin square of order 6 - adding evidence to Euler s
http://buzzard.ups.edu/squares.html
Graeco-Latin Squares
A Latin square of order n is a square array of size n that contains symbols from a set of size n. The symbols are arranged so that every row of the array has each symbol of the set occuring exactly once, and so that every column of the array has each symbol of the set also occuring exactly once. Two Latin squares of order n are said to be orthogonal if one can be superimposed on the other, and each of the n^2 combinations of the symbols (taking the order of the superimposition into account) occurs exactly once in the n^2 cells of the array. Such pairs of orthogonal squares are often called Graeco-Latin squares since it is customary to use Latin letters for the symbols of one square and Greek letters for the symbols of the second square. In the example of a Graeco-Latin square of order 4 formed from playing cards, the two sets of symbols are the ranks (ace, king, queen and jack) and the suits (hearts, diamonds, clubs, spades). Here is an example of a Graeco-Latin square of order 10.
An Order 10 Graeco-Latin Square (10K) The two sets of "symbols" are identical - they are the 10 colors: red, purple, dark blue, light blue, light green, dark green, yellow, gray, black and brownish-orange. The larger squares constitute the Latin Square, while the inner squares constitute the Greek square. Every one of the 100 combination of colors (taking into account the distinction between the inner and outer squares) occurs exactly once. Note that for some elemnts of the array (principally, but not exclusively, along the diagonal) the inner and outer squares have the same color, rendering the distinction between them invisible.

29. Category:French Mathematicians
Jean gaston Darboux Camille Jordan gaston Julia. K. Christian Kramp gaston tarry Olry Terquem Ren© Thom Jacques Touchard
http://www.algebra.com/algebra/about/history/Category:French-mathematicians.wiki
Category:French mathematicians
Regular View Dictionary View (all words explained) Algebra Help my dictionary with pronunciation , wikipedia etc Wikimedia needs your help in its 21-day fund drive. See our fundraising page
Over US$220,000 has been donated since the drive began on 19 August. Thank you for your generosity!
Category:French mathematicians
Mathematicians from Europe by nationality Austrian Azerbaijani Belgian British ... Finnish
French Georgian German Greek Hungarian ... Ukrainian Other continents: Africa Americas Asia and Oceania This category is for French mathematicians . Mathematicians can also be browsed by field and by period . The root category for mathematicians is here
Subcategories
There is 1 subcategory to this category.
B
Articles in category "French mathematicians"
There are 146 articles in this category.
A
B
C
D
D cont.

30. Image:David Face.png
Doreen Massey, Baroness Massey of Darwen Charlotte Barnum Pierre Boutroux gaston tarry John M. McConnell Jeffrey N. Williams Bhaskara
http://www.algebra.com/algebra/about/history/Image:David-face.png.wikipedia
Image:David face.png
Regular View Dictionary View (all words explained) Algebra Help my dictionary with pronunciation , wikipedia etc Wikimedia needs your help in its 21-day fund drive. See our fundraising page
Over US$180,000 has been donated since the drive began on 19 August. Thank you for your generosity!
Image:David face.png
This is a file from the Wikimedia Commons . The description on its description page there is copied below. Face of en:Image:Michelangelos David.jpg , created by Halibutt in GIMP for use as an icon with various stubs and tables.
This file has been released into the public domain by the
File links
The following pages link to this file: Retrieved from " http://en.wikipedia.org/wiki/Image:David_face.png Views Personal tools Navigation Search Toolbox

31. Universal Book Of Mathematics: List Of Entries
tarry, gaston (18431913) Tarski, Alfred (1902-1983) Tartaglia, NiccolóFontana (1499-1557) tautochrone problem tautology ten tensor tessellation.
http://www.daviddarling.info/works/Mathematics/mathematics_entries.html
WORLDS OF DAVID DARLING ENCYCLOPEDIA NEWS ARCHIVE ... E-MAIL
THE UNIVERSAL BOOK OF MATHEMATICS
From Abracadabra to Zeno's Paradoxes
More details on the book
Alphabetical List of Entries
abacus
Abbott, Edwin Abbott (1838-1926)
ABC conjecture
Abel, Niels Henrik (1802-1829)
Abelian group
abracadabra
abscissa
absolute
absolute value
absolute zero abstract algebra Abu’l Wafa (A.D. 940-998) abundant number Achilles and the Tortoise paradox. See Zeno's paradoxes Ackermann function acre acute adjacent affine geometry age puzzles and tricks Agnesi, Maria Gaetana (1718-1799) Ahmes papyrus. See Rhind papyrus Ahrens, Wilhelm Ernst Martin Georg (1872-1927) Alcuin (735-804) aleph Alexander’s horned sphere algebra algebraic curve algebraic fallacies algebraic geometry algebraic number algebraic number theory algebraic topology algorithm algorithmic complexity Alhambra aliquot part al-Khowarizmi (c.780-850) Allais paradox almost perfect number alphamagic square alphametic Altekruse puzzle alternate altitude ambiguous figure ambiguous connectivity.

32. DIEPER - DIgitised European PERiodicals
Translate this page tarry, gaston, Tablettes des Cotes . .13. tarry, gaston, Theoriedes Tablettes des Cotes . 8
http://dieper.aib.uni-linz.ac.at/cgi-bin/project2/showalltext.pl?PE_ID=2&VO_ID=1

33. Historical Notes
gaston tarry (?1913) investigated a point associated with the Steiner point.Robert Tucker (1832-1905) investigated various circles, named after him,
http://s13a.math.aca.mmu.ac.uk/Geometry/TriangleGeometry/HistoricalNotes.html
HISTORICAL NOTES
Apollonius (c262-190 BC): Alexandrian geometer author of various books including the lost book on plane loci which is known from various commentators to have given the theorem about circles associated with the angle bisectors of a triangle. Bodenmiller (19th century re-discovered the theorem about the midpoints of diagonals of a quadrilateral now also ascribed to Gauss. Henri Brocard (1845-1922): discovered a number of properties associated with the points, triangles and circles now named after him. Giovanni Ceva (?1647-?1736): discovered theorems about points on the sides of a triangle (see glossary); the one for collinear points is now ascribed to the first century Alexandrian geometer, Menelaus. Leopold Crelle (1780-1855): engineer and editor of famous mathematical journal; he discovered various properties of triangles including the points now named after Brocard. He claimed that "it is wonderful that so simple a figure as the triangle is so inexhaustible". Euclid (c300 BC): author of the Elements the influential systematic account of geometry including many theorems about triangles. Leonhard Euler (1707-1783): prolific Swiss mathematician who established that certain special points of a triangle lay on a line - now named after him.

34. MathBirthdays - September 25 - October 1
1843 gaston 1855 Paul E 1876 Earle 1879 Hans H 1892 Mykhai 1719 Abraham Gotthelf 1843 gaston tarry 1855 Paul Emile Appel
http://educationaltechnology.ca/dan/calendars/week.php?cal=mathBirthdays&getdate

35. MathBirthdays - September 2005
All day event, 1843 gaston tarry mathBirthdays. Tue, Sep 27 All day event,1855 Paul Emile Appell mathBirthdays. Tue, Sep 27
http://educationaltechnology.ca/dan/calendars/month.php?cal=mathBirthdays&getdat

36. CS-251A Data Structures And Algorithms
Lecture 17. The EulerHierholzer Theorem; Searching mazes and labyrinths.Ancient Greek algorithm (Ariadne s thread); gaston tarry s algorithm (1895)
http://cgm.cs.mcgill.ca/~godfried/teaching/algorithms-calendar-99.html
CS-251A Data Structures and Algorithms
Lecture Descriptions, Homework and Play
Text Book: Data Structures and Algorithms in JAVA by Michael Goodrich and Roberto Tamassia Week:
Week 1-Sept 2
Week 2-Sept 7 and 9
    Lecture #2: Ancient Models of Computation
  • The collapsing compass computer Euclid's second proposition Constructive (direct) proofs Case-analysis in proofs
Lecture #3: More on Methods of Proof
  • The sum of the first n natural numbers Constructive direct proof Induction proof Proof by contradiction Number of prime numbers Diameter of a convex polygon Constructive case analysis 3-coloring the plane Counting regions in the plane Arrangement of lines
  • Reading Assignment
  • Text: 2.1 - 2.6, 2.13, 2.14, 7.1

37. Calendar 2000
Ancient Greek algorithm (Ariadne s thread); gaston tarry s algorithm (1895).Depthfirst search in a graph; Breadth-first search in a graph
http://cgm.cs.mcgill.ca/~godfried/teaching/algorithms-calendar-2000.html
CS-251A Data Structures and Algorithms - Fall 2000
Lecture Descriptions, Exams, Homework, and Play
Text Book: Introduction to Algorithms by Udi Manber Week:
Week 1-Sept 5 and 7

38. Matematici S-Z
tarry, gaston (Villefranche de Panat,Francia 1843 - 1913); Tarsi, Michael (Israele 195?
http://encyclopedie-it.snyke.com/articles/matematici_s_z.html
Matematici S-Z
Elenco in ordine alfabetico limitato alle iniziali S, T, ... e Z delle maggiori personalit  della matematica Vedi Matematici con iniziale A B C D ... Z Saranno disponibili anche elenchi di matematici in ordine cronologico
S

39. 27 Settembre
gaston tarry,matematico francese († 1913); 1855 - Paul Appell, matematico francese († 1930)
http://encyclopedie-it.snyke.com/articles/27_settembre.html
27 settembre
Settembre Gi Ve Sa Do ... Ve Il 27 settembre ¨ il 270° giorno del Calendario Gregoriano (il 271° negli anni bisestili ). Mancano 95 giorni alla fine dell' anno Indice 1 Eventi
2 Nati

3 Morti

4 Feste e ricorrenze
...
4.3 Laiche
Eventi

40. September 27 - Definition Of September 27 In Encyclopedia
1902); 1843 gaston tarry (d. 1913), French mathematician; 1855 - PaulAppell 1 (http//www-gap.dcs.st-and.ac.uk/~history/Mathematicians/Appell.html) (d.
http://encyclopedia.laborlawtalk.com/September_27
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September 27 is the 270th day of the year (271st in leap years) in the Gregorian Calendar, with 95 days remaining.
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