Results for 'Diffraction'

349 found
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  1. Diffraction & Reading Diffractively.Evelien Geerts & Iris van der Tuin - 2021 - Matter: Journal of New Materialist Research 1 (2).
    This short essay presents a critical cartography of the critical new materialist notion and methodology of diffraction.
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  2.  10
    Diffracting child-virus multispecies bodies: A rethinking of sustainability education with east–west philosophies.Karen Malone & Chi Tran - 2023 - Educational Philosophy and Theory 55 (11):1296-1310.
    Humans are living in damaged landscapes within a new geographical epoch known as the Anthropocene. The COVID-19 outbreak fuels uncertainty, instability, and ambiguity for humans. This viral disaster has been blamed for losing and further exacerbating ecological imbalance, and prompts a need to re-examine multispecies relations and, in particular, human exceptionalism. The authors, by applying a new theoretical assemblage that brings the new materialist turn entangled with Buddhist philosophies into our stories and diffractions of child-virus bodies, have been prompted to (...)
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  3.  23
    Diffractive Reading: New Materialism, Theory, Critique.Kai Merten (ed.) - 2021 - Lanham: Rowman & Littlefield Publishers.
    Putting the New Materialist figure of diffraction to use in a set of readings – in which cultural texts are materially read against their contents and their themes, against their readers or against other texts – this volume proposes a critical intervention into the practice of reading itself.
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  4.  7
    Diffractive technospaces: a feminist approach to the mediations of space and representation.Federica Timeto - 2015 - Burlington, VT: Ashgate.
    Articulating a non-representational perspective on knowledge production and artistic practices, combined with an analysis of space, this book offers a new performative and relational re-turn to representation in contemporary technospaces. The radically materialist, posthumanist and performative position from which this situated aesthetics of technospaces is elaborated, aligns this book not only with non-representational theory, but also with the theories of material feminism, feminist geography, situated epistemologies, science and technology studies, actor-network theory, performance studies and new media studies.
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  5.  41
    Diffracting diffractive readings of texts as methodology: Some propositions.Karin Murris & Vivienne Bozalek - 2019 - Educational Philosophy and Theory 51 (14):1504-1517.
    Re-turning to our experiences of putting a diffractive methodology to work ourselves, as well as engaging with the writings of Donna Haraway and Karen Barad, we produce some propositions re...
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  6.  19
    A diffractive and Deleuzian approach to analysing interview data.Hillevi Lenz Taguchi - 2012 - Feminist Theory 13 (3):265-281.
    This article explores the possibilities of considering how ‘matter and meaning are mutually constituted’ in the production of knowledge (Barad, 2007: 152) through presenting a diffractive analysis of a piece of interview data with a six-year-old boy in a preschool class. Inspired by Donna Haraway’s (1997) and Karen Barad’s (2007) theorising, I understand diffractive analysis as an embodied engagement with the materiality of research data: a becoming-with the data as researcher. Understanding the body as a space of transit, a series (...)
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  7. Diffracting the rays of technoscience: a situated critique of representation.Federica Timeto - 2011 - Poiesis and Praxis 8 (2-3):151-167.
    This essay focuses on the possibility of adopting a representational approach for technoscience, in which representation is considered as a situated process of dynamic “intra-action” (Barad 2007 ). Re-elaborating the recent critiques of representationalism (Thrift 2008 ), my analysis begins by analysing Hayles’s situated model of representation from an early essay where she explains her definition of constrained constructivism (Hayles [ 1991 ] 1997). The essay then discusses the notions of figuration and diffraction and the way they are employed (...)
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  8.  46
    Diffraction contrast from spherically symmetrical coherency strains.M. F. Ashby & L. M. Brown - 1963 - Philosophical Magazine 8 (91):1083-1103.
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  9.  75
    Towards Diffractive Transdisciplinarity: Integrating Gender Knowledge into the Practice of Neuroscientific Research.Katrin Nikoleyczik - 2011 - Neuroethics 5 (3):231-245.
    The current neurosciences contribute to the construction of gender/sex to a high degree. Moreover, the subject of gender/sex differences in cognitive abilities attracts an immense public interest. At the same time, the entanglement of gender and science has been shown in many theoretical and empirical analyses. Although the body of literature is very extensive and differentiated with regards to the dimensions of ‘neuroscience of gender’ and ‘gender in neuroscience’, the feeding back of these findings into the field of neuroscience remains (...)
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  10.  16
    Electron diffraction from crystals containing stacking faults: I.M. J. Whelan & P. B. Hirsch - 1957 - Philosophical Magazine 2 (21):1121-1142.
  11. Introduction: Diffraction, Reading and (New) Materialism.Kai Merten - 2021 - In Diffractive Reading: New Materialism, Theory, Critique. Rowman & Littlefield Publishers.
     
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  12.  26
    On diffraction contrast from inclusions.M. F. Ashby & L. M. Brown - 1963 - Philosophical Magazine 8 (94):1649-1676.
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  13.  20
    Electron diffraction from crystals containing stacking faults: II.M. J. Whelan & P. B. Hirsch - 1957 - Philosophical Magazine 2 (23):1303-1324.
  14.  20
    Diffraction contrast analysis of two-dimensional defects present in silicon after annealing.G. R. Booker & W. J. Tunstall - 1966 - Philosophical Magazine 13 (121):71-83.
  15.  19
    TEM diffraction study of Al2CuMg precipitation in an Al–Li–Cu–Mg alloy.H. Djaaboube & D. Thabet-Khireddine - 2012 - Philosophical Magazine 92 (15):1876-1889.
  16.  5
    Diffraction theory of nanotwin superlattices with low symmetry phase: Adaptive diffraction of imperfect nanotwin superlattices.Wei-Feng Rao & Yu U. Wang - 2010 - Philosophical Magazine 90 (1-4):197-217.
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  17.  18
    Diffraction from periodic arrays of dislocations.D. Y. Guan & S. L. Sass - 1973 - Philosophical Magazine 27 (5):1211-1223.
  18.  19
    Diffraction from periodic arrays of dislocations.D. Y. Guan & S. L. Sass - 1973 - Philosophical Magazine 27 (5):1225-1235.
  19.  8
    Diffraction contrast effects from stacking faults with phase angle π.C. M. Drum & M. J. Whelan - 1965 - Philosophical Magazine 11 (109):205-212.
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  20.  3
    Electron diffraction patterns of the ζ phase.J. L. Martin, A. Rocher, B. Jouffrey & P. Costa - 1971 - Philosophical Magazine 24 (192):1355-1364.
  21.  2
    Electron diffraction analysis of dislocation-induced substructure evolution of Al crystals in compression.M. Masimov - 2007 - Philosophical Magazine 87 (10):1565-1573.
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  22.  5
    On diffraction contrast at particle tracks in crystals.Lewis T. Chadderton - 1963 - Philosophical Magazine 8 (96):2085-2090.
  23.  9
    Electron diffraction effects in 2H-TaS2.J. -P. A. A. Chevalier & W. M. Stobbs - 1975 - Philosophical Magazine 31 (3):733-737.
  24.  8
    Electron diffraction from periodic magnetic fields.M. J. Goringe & J. P. Jakubovics - 1967 - Philosophical Magazine 15 (134):393-403.
  25.  23
    Diffraction evidence for the Kohn anomaly in 1T TaS2.P. M. Williams, G. S. Parry & C. B. Scrub - 1974 - Philosophical Magazine 29 (3):695-699.
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  26.  11
    Effraction/diffraction/mouvement.Claude Ber - 2018 - Cités 73 (1):161.
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  27.  18
    Neutron diffraction measurements on pure and doped synthetic hematite crystals.N. A. Curry, G. B. Johnston, P. J. Besser & A. H. Morrish - 1965 - Philosophical Magazine 12 (116):221-228.
  28.  5
    Anomalous diffraction doublet from gold films on graphite substrates.T. P. Darby & C. M. Wayman - 1974 - Philosophical Magazine 30 (5):1171-1175.
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  29.  9
    Diffraction contrast from coherent precipitates in elastically-anisotropic materials.H. P. Degischer - 1972 - Philosophical Magazine 26 (5):1137-1151.
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  30.  11
    Multiple diffraction in an icosahedral Al-Cu-Fe quasicrystal.C. Z. Fan, Th Weber, S. Deloudi & W. Steurer - 2011 - Philosophical Magazine 91 (19-21):2528-2535.
  31.  15
    Electron diffraction contrast from ledges at the interfaces of faceted θ′ precipitates.G. C. Weatherly & C. M. Sargent - 1970 - Philosophical Magazine 22 (179):1049-1061.
  32.  11
    Diffraction channelling of fast electrons and positrons in crystals.A. Howie - 1966 - Philosophical Magazine 14 (128):223-237.
  33.  7
    The diffraction analysis of vacancy loops in quenched aluminium—1% magnesium.B. Hudson & M. J. Makin - 1963 - Philosophical Magazine 8 (88):553-561.
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  34.  13
    Electron diffraction study of radiation damage in coronene.W. J. Claffey & D. F. Parsons - 1972 - Philosophical Magazine 25 (3):637-643.
  35.  13
    Diffraction contrast from precipitates in type I diamonds.P. F. James & T. Evans - 1965 - Philosophical Magazine 11 (109):113-129.
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  36.  2
    Electron diffraction observation of magnetic domains.S. Yamaguchi - 1968 - Philosophical Magazine 17 (147):635-637.
  37.  3
    Figures of Entanglement: Diffractive Readings of Barad, New Materialism, and Rhetorical Theory and Criticism.Savannah Greer Downing - 2023 - Philosophy and Rhetoric 56 (3-4):395-402.
    In lieu of an abstract, here is a brief excerpt of the content:Reviewed by:Figures of Entanglement: Diffractive Readings of Barad, New Materialism, and Rhetorical Theory and Criticism ed. by Christopher N. Gamble and Joshua S. HananSavannah Greer DowningFigures of Entanglement: Diffractive Readings of Barad, New Materialism, and Rhetorical Theory and Criticism. Edited by Christopher N. Gamble and Joshua S. Hanan. Routledge, 2021. xvi + 122 pp. $168 (hardcover), $47.16 (electronic book). ISBN: 9780367903794.Rhetorical scholars have turned to various new materialist frameworks (...)
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  38.  8
    Diffraction contrast at planar interfaces of large coherent precipitates.A. J. Ardell - 1967 - Philosophical Magazine 16 (139):147-158.
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  39.  15
    Diffraction contrast from non-spherical distortions—in particular a cuboidal inclusion.S. L. Sass, T. Mura & J. B. Cohen - 1967 - Philosophical Magazine 16 (142):679-690.
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  40.  13
    Diffraction of limit periodic point sets.Michael Baake & Uwe Grimm - 2011 - Philosophical Magazine 91 (19-21):2661-2670.
  41.  7
    Diffraction contrast from elastic shear strains due to coherent phases.Lee E. Tanner - 1966 - Philosophical Magazine 14 (127):111-130.
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  42.  5
    Diffraction contrast study of the defect structure of polyethylene single crystals.E. L. Thomas, S. L. Sass & E. J. Kramer - 1974 - Philosophical Magazine 30 (2):335-349.
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  43.  12
    Diffraction pattern of modulated structures described by Bessel functions.Janusz Wolny, Ireneusz Buganski & Radoslaw Strzalka - 2016 - Philosophical Magazine 96 (13):1344-1359.
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  44.  15
    Diffraction from void and bubble arrays in irradiated molybdenum.S. L. Sass & B. L. Eyre - 1973 - Philosophical Magazine 27 (6):1447-1453.
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  45.  4
    Diffraction contrast from platelet precipitates in chromium.R. I. Garrod & H. L. Wain - 1965 - Philosophical Magazine 12 (115):199-204.
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  46.  40
    Electron paths, tunnelling, and diffraction in the spacetime algebra.Stephen Gull, Anthony Lasenby & Chris Doran - 1993 - Foundations of Physics 23 (10):1329-1356.
    This paper employs the ideas of geometric algebra to investigate the physical content of Dirac's electron theory. The basis is Hestenes' discovery of the geometric significance of the Dirac spinor, which now represents a Lorentz transformation in spacetime. This transformation specifies a definite velocity, which might be interpreted as that of a real electron. Taken literally, this velocity yields predictions of tunnelling times through potential barriers, and defines streamlines in spacetime that would correspond to electron paths. We also present a (...)
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  47.  19
    Low-energy electron diffraction study of an aperiodic thin film of Cu on 5-fold i-Al-Pd-Mn.K. Pussi, D. E. Reid, N. Ferralis, R. McGrath, T. A. Lograsso, A. R. Ross & R. D. Diehl - 2008 - Philosophical Magazine 88 (13-15):2103-2110.
  48.  7
    Electron microscope and diffraction study of phase separation in iron sulphide.A. Putnis - 1975 - Philosophical Magazine 31 (3):689-695.
  49.  48
    Explaining electron diffraction—De Broglie or Schrödinger?L. Mackinnon - 1981 - Foundations of Physics 11 (11-12):907-912.
    It is shown that the fact that an electron diffraction or interference pattern is not dependent on observer movement may be explained by de Broglie's phase waves, but cannot be explained by Schrödinger waves.
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  50.  19
    Electron microscopy and diffraction of twinned structures in evaporated films of gold.D. W. Pashley & M. J. Stowell - 1963 - Philosophical Magazine 8 (94):1605-1632.
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