Knowledge

Alan Lindsay Mackay

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Mackay has compiled a book of scientific quotations and has co-authored a book on geometry with Eric Lord and S. Ranganathan. He has also written a book of poetry and has translated from the German, with commentaries,
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fashion; a first step towards five-fold symmetry in materials science. These arrangements are now called Mackay icosahedra. He is a pioneer in the introduction of five-fold symmetry in materials and in 1981 predicted
275:'s last book "Kristallseelen", (1917). He produces scientifically inspired visual art under his artistic pseudonym Sho Takahashi. Some of his 3D printed minimal surface designs can be found at his shapeways store. 213:
of a 2-D Penrose tiling decorated with atoms, obtaining a pattern with sharp spots and five-fold symmetry. This brought the possibility of identifying quasiperiodic order in a material through diffraction.
554:"The big picture: Michael Brooks explains why a fake Japanese artist is the perfect symbol for nanotechnology", a report in The Guardian on a 1999 Sho Takahashi exhibition at Sussex University 358:
D. Shechtman, I. Blech, D. Gratias, and J. Cahn, "Metallic Phase with Long-Range Orientational Order and No Translational Symmetry". Physical Review Letters 53: 1951 (1984).
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Mackay has been interested in a generalised crystallography, which can describe not only crystals, but more complex structures and nanomaterials. He has applied his ideas of
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in two and three dimensions to predict a new kind of ordered structures not allowed by traditional crystallography. In a later manuscript, in 1982, he took the optical
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Mackay has made important scientific contributions related to the structure of materials: In 1962 he published a manuscript that showed how to pack atoms in an
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and Alan L. Mackay, "Beyond crystals: the dialectic of materials and information", Phil. Trans. Roy. Soc. A, 28 June 2012 vol. 370 no. 1969, 2807–2822.
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Humberto Terrones & Alan L. Mackay, "The geometry of Hypothetical Curved Graphite Structures", Carbon, Vol. 30, No. 8, 1251 (1992).
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to graphitic materials, proposing, with Humberto Terrones, periodic arrangements of carbon atoms with negative Gaussian
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Eric A. Lord, Alan L. Mackay, & S. Ranganathan, "New geometries for new materials", Cambridge University Press,
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Pentagonal Snowflake, 1975. Published in "De Nive Quinquangula", 1981. Original signed by Roger Penrose, 2005.
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Alan L. Mackay, "A dense non-crystallographic packing of equal spheres", Acta Crystallogr. Vol. 15, 916 (1962).
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Alan L. Mackay, Comp. & Maths. with Appls. "Generalised Crystallography", Vol. 12B, No 1-2, 21 (1986).
283: 279: 155: 174: 234: 282:(FRS) on 17 March 1988 and a Fellow of Birkbeck College on 2 March 2002. He is also a Fellow of the 242: 538: 72: 549:"Átomos, lo demás es opinión", the catalogue of an exhibition in Mexico of Sho Takahashi's work 583: 524: 304: 553: 265: 543: 485: 578: 178: 8: 529: 197: 190: 140: 548: 450: 433: 398: 349:
Alan L. Mackay, "Crystallography and the Penrose Pattern", Physica 114 A, 609 (1982).
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The text of the oration to welcome him as Fellow of Birkbeck College, 9 March 2002
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Alan L. Mackay, "De Nive Quinquangula", Krystallografiya, Vol. 26, 910–9 (1981).
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Alan L. Mackay, "A dictionary of scientific quotations", Taylor & Francis,
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in a paper (in Russian) entitled "De Nive Quinquangula" in which he used a
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Alan L. Mackay, "Ernst Haeckel and Biological Form", Lulu.com (2007).
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Alan L. Mackay, & Humberto Terrones, "Diamond from Graphite",
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Alan L. Mackay, "The floating world of science", Lulu.com (2011).
369:"2010 Oliver E. Buckley Condensed Matter Physics Prize Recipient" 158:(born 6 September 1926) is a British crystallographer, born in 314:. Vol. 2023 (online ed.). A & C Black. 563: 264:
known as Schwarzites, which are the periodic cousins of
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Index


Wolverhampton
Oundle School
University of Cambridge
Birkbeck College, University of London
Quasicrystals
minimal surfaces
Buckley Prize
Crystallography
Birkbeck College
Doctoral advisor
John Desmond Bernal
FRS
Wolverhampton
Wolverhampton Grammar School
Oundle School
Trinity College, Cambridge
University of London
Birkbeck College
George Birkbeck
John Desmond Bernal
icosahedral
quasicrystals
Penrose tiling
Fourier transform
Quasicrystals
Dan Shechtman
quasicrystals
Buckley Prize
American Physical Society

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