Results 191 to 200 of about 1,184,079 (244)
The Grammatical Structure of Scientific Revolutions
ABSTRACT In this article, I examine the structural parallels between Thomas Kuhn's philosophy of science and Ludwig Wittgenstein's later thought, focusing on the idea of grammatical frameworks. My central claim is that Kuhn's concept of paradigm and its later, more language‐centred forms in his philosophy can be read as a Wittgensteinian grammatical ...
Umut Morkoç
wiley +1 more source
The Use and Functions of English in Egyptian Social Media
ABSTRACT This article examines the contemporary functions of English in Egypt through two interrelated lines of inquiry. First, it provides an updated account of the status and roles of English in the country, revisiting and extending Schaub's assessment in light of significant historical, socio‐economic and linguistic developments over the past two ...
Lucia La Causa
wiley +1 more source
Apocalyptic Visions and Ecofeminist Narratives in Three Southeast Asian Women's Fiction
ABSTRACT Apocalypse that describes ‘end‐of‐world’ scenarios have been especially prolific in the past few decades since the climate crisis has prophesied the imminent destruction of natural and human habitats. Apocalyptic literatures present insights into the various problems that beset humanity currently and extrapolate the inevitable consequences ...
Chitra Sankaran
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High‐throughput image‐based phenotyping of soybean hilum color
Abstract Hilum color in soybean (Glycine max [L.] Merr.) is an important morphological trait influencing market classification and seed quality traits, yet its phenotyping is largely subjective, relying on visual inspection and assignment to one of eight color classes. This study developed an image‐based high‐throughput pipeline to measure and classify
Katherine Fortune +2 more
wiley +1 more source
Abstract Evaluation and selection of canola breeding lines across multiple years and locations are vital for variety development. However, accurately measuring canola (Brassica napus L.) yield under field conditions is challenging due to end‐of‐season events such as rain, windstorms, and hail, as well as variability in plant maturity and pod shattering.
Mohammad Jony +4 more
wiley +1 more source
Smartphone‐based proximal sensing as an accessible platform for improved physiological phenotyping
Abstract We tested whether smartphone‐based sensing could deliver accurate physiological traits in an accessible and low‐cost platform. A smartphone, carried by someone walking through a field, was used to generate a high‐resolution time series of images for 10 genotypes of cowpea (Vigna unguiculata L. Walp.).
Isaac K. Uyehara +8 more
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“Playing Tetris”: Domestic Infrastructures of Labor Participation in Spain's Transport Sector
ABSTRACT This article examines how women drivers in Malaga's private passenger transport sector sustain paid work while holding primary responsibility for domestic labor and care. Drawing on ethnographic fieldwork conducted between 2020 and 2021 with women taxi and platform‐based drivers (Uber and Cabify), it explores the everyday arrangements that ...
Belén Martínez Caparrós
wiley +1 more source
ABSTRACT MET is an actionable receptor tyrosine kinase, and MET‐directed antibody–drug conjugates (ADCs) have recently entered clinical practice with FDA approval in non‐small cell lung cancer and are now being evaluated across gastrointestinal malignancies, with patient selection based on MET immunohistochemistry (IHC) 3+ membranous staining at ...
Tillmann Bedau +7 more
wiley +1 more source
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The American Mathematical Monthly, 1999
6392 + 1742 + 8522 = 9362 + 4712 + 2582 (counter-diagonals) 6542 + 7982 + 2132 = 4562 + 8972 + 3122 (diagonals) 6932 + 7142 + 2582 = 3962 + 4172 + 8522 (counter-diagonals). This property was discovered by Dr. Irving Joshua Matrix [3], first published in [5] and more recently in [1]. We prove that this property holds for every 3-by-3 magic square, where
Arthur T. Benjamin, Kan Yasuda
openaire +1 more source
6392 + 1742 + 8522 = 9362 + 4712 + 2582 (counter-diagonals) 6542 + 7982 + 2132 = 4562 + 8972 + 3122 (diagonals) 6932 + 7142 + 2582 = 3962 + 4172 + 8522 (counter-diagonals). This property was discovered by Dr. Irving Joshua Matrix [3], first published in [5] and more recently in [1]. We prove that this property holds for every 3-by-3 magic square, where
Arthur T. Benjamin, Kan Yasuda
openaire +1 more source

