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Hinke Osinga

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Hinke Osinga
Born(1969-12-25)25 December 1969(age 54)
Dokkum,Netherlands
NationalityDutch
Known forMathematical art
SpouseBernd Krauskopf
Academic background
Alma materUniversity of Groningen
ThesisComputing Invariant Manifolds: Variations on the Graph Transform(1996)
Doctoral advisorHenk Broer
Gert Vegter
Other advisorsRuth F. Curtain
Floris Takens
Academic work
DisciplineMathematics
InstitutionsUniversity of Exeter
University of Bristol
University of Auckland

Hinke Maria Osinga(born 25 December 1969)[1]is a Dutch mathematician and an expert indynamical systems.She works as a professor ofapplied mathematicsat theUniversity of Aucklandin New Zealand.[2]As well as for her research, she is known as a creator ofmathematical art.

Education and career

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Osinga earned a master's degree in 1991 and a Ph.D. in 1996 from theUniversity of Groningen.[2]Her doctoral dissertation, jointly supervised bydynamical systemstheoristHenk Broerandcomputational geometerGert Vegter, was on the computation ofinvariant manifolds.[3]

After postdoctoral studies atThe Geometry Centerand theCalifornia Institute of Technology,and a short-term lecturership at theUniversity of Exeter,she became a lecturer at theUniversity of Bristolin 2001, and was promoted to reader and professor there in 2005 and 2011, respectively. She moved to Auckland in 2011,[2]becoming the first female mathematics professor at Auckland and the second in New Zealand.[4]

Mathematical art

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In 2004 Osinga created acrochetedvisualization of the Lorenz manifold, an invariant manifold for theLorenz system,and published the crochet pattern for her work with her husbandBernd Krauskopf;the resultingmathematical textile artworkinvolved over 25,000 crochet stitches, and measured nearly a meter across.[5][6]Osinga and Krauskopf later collaborated with artist Benjamin Storch on a stainless steel sculpture that provides another interpretation of the same mathematical system.[7]

Awards and honours

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Osinga was aninvited speaker at the International Congress of Mathematiciansin 2014, speaking on "Mathematics in Science and Technology".[8]In 2015 she was elected as afellowof theSociety for Industrial and Applied Mathematics"for contributions to theory and computational methods for dynamical systems."[9]In October 2016 she became the first female mathematician elected to the Royal Society of New Zealand.[10][11]She was awarded theAitken Lectureshipin 2017.[12]

In 2017 Osinga was selected as one of the Royal Society Te Apārangi's "150 women in 150 words",celebrating the contributions of women to knowledge in New Zealand.[13]The same year she received the Moyal Medal from Macquarie University.[14]

Selected publications

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Scholiahas a profile forHinke Maria Osinga(Q21155631).
  • Bernd Krauskopf;Hinke Osinga(1 September 1999). "Two-dimensional global manifolds of vector fields".Chaos.9(3): 768–774.doi:10.1063/1.166450.ISSN1054-1500.PMID12779872.Zbl0983.37110.WikidataQ52015379.
  • HINKE OSINGA;JAN WIERSIG; PAUL GLENDINNING; ULRIKE FEUDEL (December 2001). "MULTISTABILITY AND NONSMOOTH BIFURCATIONS IN THE QUASIPERIODICALLY FORCED CIRCLE MAP".International Journal of Bifurcation and Chaos in Applied Sciences and Engineering.11(12): 3085–3105.arXiv:nlin/0005032.doi:10.1142/S0218127401004029.ISSN0218-1274.Zbl1091.37507.WikidataQ62266582.
  • Hinke M. Osinga;Bernd Krauskopf (September 2004). "Crocheting the Lorenz Manifold".The Mathematical Intelligencer.26(4): 25–37.doi:10.1007/BF02985416.ISSN0343-6993.Zbl1073.37036.WikidataQ59699175.
  • James Rankin;Hinke M. Osinga(June 2017). "Parameter-dependent behaviour of periodic channels in a locus of boundary crisis".European Physical Journal. Special Topics.226(9): 1739–1750.doi:10.1140/EPJST/E2017-70048-X.ISSN1951-6355.WikidataQ59614300.
  • Hinke Maria Osinga(25 February 2018). "Understanding the geometry of dynamics: the stable manifold of the Lorenz system".Journal of the Royal Society of New Zealand.48(2–3): 203–214.doi:10.1080/03036758.2018.1434802.ISSN0303-6758.WikidataQ114465068.
  • Andy Hammerlindl; Bernd Krauskopf; Gemma Mason;Hinke M. Osinga(2022). "Determining the global manifold structure of a continuous-time heterodimensional cycle".Journal of Computational Dynamics.9(3): 393.doi:10.3934/JCD.2022008.ISSN2158-2505.Zbl1503.34079.WikidataQ114464698.

References

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  1. ^Hinke Maria OsingaArchived15 August 2016 at theWayback Machineat the Album Promotorum - Bibliotheek der Rijksuniversiteit Groningen
  2. ^abcCurriculum vitae: Hinke Osinga,retrieved8 October2015.
  3. ^Hinke Osingaat theMathematics Genealogy Project
  4. ^Staff arrivals and departures in semester two,University of Auckland Department of Mathematics, 21 December 2011, archived fromthe originalon 24 January 2019,retrieved8 October2015.
  5. ^McLeod, Donald (16 December 2004),"Scientists crochet chaos",The Guardian.
  6. ^Richard, Paul (19 March 2007),"In the loop",The Washington Post.
  7. ^Cipra, Barry A.(March 2010),"Lorenz system offers manifold possibilities for art"(PDF),SIAM News,43(2), archived fromthe original(PDF)on 4 March 2016,retrieved9 October2015.
  8. ^ICM Plenary and Invited Speakers since 1897,International Mathematical Union,archived fromthe originalon 24 November 2017,retrieved1 October2015.
  9. ^SIAM Fellows: Class of 2015,Society for Industrial and Applied Mathematics,retrieved8 October2015.
  10. ^"NZ Mathematical Society bulletin".
  11. ^"Royal Society 2016 Fellows".
  12. ^"LMS-NZMS Forder and Aitken Lectureships | London Mathematical Society".www.lms.ac.uk.Retrieved13 December2023.
  13. ^"Hinke Osinga".Royal Society Te Apārangi.Retrieved11 May2021.
  14. ^"Moyal Medal recipients".
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