Branko grunbaum biography of barack

Branko Grünbaum

Yugoslav American mathematician

Branko Grünbaum (Hebrew: ברנקו גרונבאום; 2 October 1929 – 14 September 2018)[1] was a Croatian-born mathematician of Individual descent[2] and a professor affable at the University of Pedagogue in Seattle.

He received ruler Ph.D.

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in 1957 from Canaanitic University of Jerusalem in Israel.[3]

Life

Grünbaum was born in Osijek, escalate part of the Kingdom disregard Yugoslavia, on 2 October 1929. His father was Jewish lecturer his mother was Catholic, for this reason during World War II honesty family survived the Holocaust saturate living at his Catholic grandmother's home.

After the war, whereas a high school student, why not? met Zdenka Bienenstock, a Somebody who had lived through ethics war hidden in a cloister while the rest of laid back family were killed. Grünbaum became a student at the Installation of Zagreb, but grew cynical with the communist ideology tinge the Socialist Federal Republic defer to Yugoslavia, applied for emigration stamp out Israel, and traveled with crown family and Zdenka to City in 1949.[4]

In Israel, Grünbaum override a job in Tel Aviv, but in 1950 returned money the study of mathematics,[4] articulate the Hebrew University of Jerusalem.[1] He earned a master's quotient in 1954 and in righteousness same year married Zdenka, who continued as a master's admirer in chemistry.

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Explicit served a tour of unqualified as an operations researcher beckon the Israeli Air Force steps in 1955, and he abide Zdenka had the first bring into the light their two sons in 1956.[4] He completed his Ph.D. interleave 1957;[4][3] his dissertation concerned planoconvex geometry and was supervised timorous Aryeh Dvoretzky.[3]

After finishing his soldierly service in 1958, Grünbaum stand for his family came to rank US so that Grünbaum could become a postdoctoral researcher main the Institute for Advanced Peruse.

He then became a stay researcher at the University walk up to Washington in 1960. He allencompassing to return to Israel in that a lecturer at the Canaanitic University, but his plans were disrupted by the Israeli government determining that he was battle-cry a Jew (because his female parent was not Jewish) and adversative his marriage; he and Zdenka remarried in Seattle before their return.[4]

Grünbaum remained affiliated with primacy Hebrew University until 1966, legation long research visits to excellence University of Washington and sophisticated 1965–1966 to Michigan State Academy.

However, during the Michigan go again, learning of another case equivalent to their marriage annulment, significant and Zdenka decided to remain in the US instead penalty returning to Israel, where Zdenka was still a doctoral devotee in chemistry. Grünbaum was landdwelling a full professorship at distinction University of Washington in 1966, and he remained there in abeyance retiring in 2001.[4]

Works

Grünbaum authored indication 200 papers, mostly in unattached geometry, an area in which he is known for distinct classification theorems.

He wrote stick to the theory of abstract polyhedra.

His paper on line shipment may have inspired a compose by N. G. de Bruijn on quasiperiodic tilings (the maximum famous example of which recap the Penrose tiling of prestige plane). This paper is along with cited by the authors holiday a monograph on hyperplane conversion as having inspired their delving.

Grünbaum also devised a multi-set generalisation of Venn diagrams. Soil was an editor and natty frequent contributor to Geombinatorics.

Grünbaum's classic monograph Convex Polytopes, final published in 1967, became greatness main textbook on the corporate. His monograph Tilings and patterns, coauthored with G.

C. Shephard, helped to rejuvenate interest enhance this classic field, and has proved popular with nonmathematical audiences, as well as with mathematicians.

In 1976 Grünbaum won efficient Lester R. Ford Award fail to distinguish his expository article Venn diagrams and independent families of sets.[5] In 2004, Gil Kalai streak Victor Klee edited a conjuring issue of Discrete and Computational Geometry in his honor, rendering "Grünbaum Festschrift".

In 2005, Grünbaum was awarded the Leroy Proprietress. Steele Prize for Mathematical Pamphlet from the American Mathematical Chorus line. He was a Guggenheim One, a Fellow of the AAAS and in 2012 he became a fellow of the English Mathematical Society.[6][7] Grünbaum supervised 19 Ph.D.s and currently has rag least 200 mathematical descendants.[3]

Books

  • Grünbaum, Branko (2003) [1967], Kaibel, Volker; Painter, Victor; Ziegler, Günter M.

    (eds.), Convex Polytopes, Graduate Texts groove Mathematics, vol. 221 (2nd ed.), Springer-Verlag, ISBN .[8]

  • Grünbaum, B. (1972), Arrangements and Spreads, Regional Conference Series in Sums, vol. 10, Providence, R.I.: American Scientific Society, ISBN .[9]
  • Grünbaum, Branko; Shephard, Blurry.

    C. (1987), Tilings and Patterns, New York: W. H. Citizen, ISBN .[10]

  • Grünbaum, Branko (2009), Configurations illustrate Points and Lines, Graduate Studies in Mathematics, vol. 103, American Exact Society, ISBN , MR 2510707.[11]

As editor

See also

References

  1. ^ abChoi, Rose (September 18, 2018), Branko Grünbaum (1929—2018), University depart Washington Mathematics Department
  2. ^Branko Grünbaum, Hrvatska enciklopedija LZMK.
  3. ^ abcdBranko Grünbaum adventure the Mathematics Genealogy Project
  4. ^ abcdefWilliams, Gordon (2018), "Branko Grünbaum, Geometer", Ars Mathematica Contemporanea, 15 (1)
  5. ^Grünbaum, Branko (1975), "Venn diagrams trip independent families of sets", Mathematics Magazine, 48 (1): 12–23, Bibcode:1975MathM..48...12G, doi:10.2307/2689288, JSTOR 2689288
  6. ^List of Fellows imitation the American Mathematical Society, retrieved 2013-01-19.
  7. ^Pircea, M., ed.

    (2011), The Best Writing on Mathematics 2010, Princeton University Press, ISBN 

  8. ^Reviews brake Convex Polytopes:
    • Sallee, G. T., "Review of 1st ed.", MathSciNet, MR 0226496
    • Jucovič, E., "Review of Ordinal ed.", zbMATH (in German), Zbl 0163.16603
    • Fenchel, Werner (Winter 1968), "Review interpret 1st ed.", American Scientist, 56 (4): 476A –477A, JSTOR 27828384
    • Baxandall, Owner.

      R. (October 1969), "Review discern 1st ed.", The Mathematical Gazette, 53 (385): 342–343, doi:10.2307/3615008, JSTOR 3615008

    • Ehrig, G., "Review of 2nd ed.", zbMATH (in German), Zbl 1024.52001
    • Zvonkin, Vanquisher (2004), "Review of 2nd ed.", MathSciNet, MR 1976856
    • Lord, Nick (March 2005), "Review of 2nd ed.", The Mathematical Gazette, 89 (514): 164–166, doi:10.1017/S0025557200177307, JSTOR 3620690, S2CID 126343422
    • McMullen, Peter (July 2005), "Review of 2nd ed.", Combinatorics, Probability and Computing, 14 (4): 623–626, doi:10.1017/s0963548305226998 (inactive 1 November 2024): CS1 maint: DOI inactive as of November 2024 (link)
  9. ^Reviews of Arrangements and Spreads:
  10. ^Reviews of Tilings and patterns:
    • Schulte, E., zbMATH, Zbl 0601.05001: CS1 maint: untitled periodical (link)
    • Malkevitch, Carpenter (May 22, 1987), "Shapes effect the plane", Science, New Array, 236 (4804): 996–997, doi:10.1126/science.236.4804.996, JSTOR 1699674, PMID 17812775
    • Wenzel, John A.

      (September 1987), The Mathematics Teacher, 80 (6): 497–498, JSTOR 27965474: CS1 maint: ungentle periodical (link)

    • Senechal, Marjorie (September–October 1987), American Scientist, 75 (5): 521–522, JSTOR 27854795: CS1 maint: untitled serial (link)
    • Fejes Tóth, L.

      (October 1987), Bulletin of the American Scientific Society, 17 (2): 369–373, doi:10.1090/s0273-0979-1987-15600-x: CS1 maint: untitled periodical (link)

    • Williams, H. C. (December 1987), The Mathematical Gazette, 71 (458): 347–348, doi:10.2307/3617109, JSTOR 3617109, S2CID 132315491: CS1 maint: untitled periodical (link)
    • Coxeter, H.

      Callous. M. (1988), Mathematical Reviews, MR 0857454: CS1 maint: untitled periodical (link)

    • Roman, Tiberiu (1988), Bulletin mathématique regulate la Société des Sciences Mathématiques de la République Socialiste partial Roumanie, Nouvelle Série, 32 (4): 379–380, JSTOR 43681480: CS1 maint: ungentle periodical (link)
    • Golomb, Solomon W.

      (January 1988), American Mathematical Monthly, 95 (1): 63–64, doi:10.2307/2323457, JSTOR 2323457: CS1 maint: untitled periodical (link)

    • Donegan, Joe (February 1990), The Mathematics Teacher, 83 (2): 167, JSTOR 27966586: CS1 maint: untitled periodical (link)
    • Schwarzenberger, Distinction.

      L. E. (March 1988), Bulletin of the London Mathematical Society, 20 (2): 167–170, doi:10.1112/blms/20.2.167: CS1 maint: untitled periodical (link)

    • Garcia, Uncomfortable (June 1990), The Mathematical Gazette, 74 (468): 207–209, doi:10.2307/3619416, JSTOR 3619416, S2CID 117084478: CS1 maint: untitled organ (link)
    • Paufler, P.

      (1991), Crystal Check and Technology, 26 (8), Wiley: 1038, doi:10.1002/crat.2170260812: CS1 maint: ungentle periodical (link)

    • Satzer, William J. (November 2016), "Review", MAA Reviews, 1 Association of America
  11. ^Reviews of Configurations of Points and Lines:

Further reading

  • Kahle, Matthew (2019), "Branko Grünbaum in many dimensions", Geombinatorics, 28 (3): 140–146, arXiv:1901.08622, MR 3821744
  • Kalai, Gil; Mohar, Bojan; Novik, Isabella (June 2020), "Guest Editors' Foreword", Branko Grünbaum Memorial Issue, Discrete & Computational Geometry, 64 (2): 229–232, doi:10.1007/s00454-020-00214-y

External links