In this article, I will argue that various scholars of kalām unanimously agree that sense-perception is something beyond the physical processes in the sense organs. There may be something happening in our eyes when we see a red apple, but seeing a red apple is not tantamount to it. We will see that some scholars of kalām argue that sense-perception is akin to being aware or conscious of the object of perception, and, hence, distinct from the physical process in the sense organs. One group will go so far as to accept that sense-perception is not even dependent on any physical processes in the body. Another group will accept that sense-perception presupposes that various physical conditions obtain, yet still regard sense-perception as something distinct from the occurrence of those conditions. I am suggesting that these nonreductive theories of sense-perception are the reason why Arabic-Islamic philosophers, starting from the eleventh century CE, consistently reject the Aristotelian-Avicennian theory of sense-perception.

Since the 1970s, hundreds of khipus—Andean knotted-string recording devices—have been named after academic researchers. This practice disassociates individual khipus from their places of origin and reifies scientific inequity. Here, a new convention of the form KH#### (e.g., KH0125) is proposed, which we believe represents a more neutral, direct, and accurate nomenclature. The change is implemented in the Open Khipu Repository (OKR), the largest khipu database.

La récente parution de l’édition complète des Maqālāt ahl al-qibla d'Abū l-Qāsim al-Balḫī (m. 319/931) ouvre de nouvelles perspectives sur l'histoire de la construction de la tradition doxographique musulmane. À travers une comparaison des Maqālāt d’al-Balḫī et des Maqālāt al-islāmiyyīn wa-ḫtilāf al-muṣallīn d’Abū l-Ḥasan al-Ašʿarī (m. 324/935-6), cet article démontre qu'al-Balḫī est la source directe d'al-Ašʿarī sur les šīʿites. Cette nouvelle donnée permet dès lors d'analyser l’évolution du genre des maqālāt aux IIIe/IXe-IVe/Xe siècles, notamment son rapprochement progressif avec une pratique spécifiquement hérésiographique.

Les maqālāt d'Abū Qāsim al-Balḫī contiennent un certain nombre de passages consacrés aux questions de théorie juridique. La source la plus importante qu'on y trouve est un ensemble d'extraits de K. al-futyā, un traité juridique d'al-Ǧāḥiẓ dont il ne restait jusqu’à présent que des fragments renfermant les critiques adressées par al-Naẓẓām aux compagnons du Prophète. Dans cet article, je fournis une traduction de ces extraits précédée d'une étude du texte et de sa place dans l'histoire de la théorie juridique durant cette époque de formation de la pensée islamique.

Radiocarbon (14C) dating of sediment deposition around Antarctica is often challenging due to heterogeneity in sources and ages of organic carbon in the sediment. Chemical and thermochemical techniques have been used to separate organic carbon when microfossils are not present. These techniques generally improve on bulk sediment dates, but they necessitate assumptions about the age spectra of specific molecules or compound classes and about the chemical heterogeneity of thermochemical separations. To address this, the Rafter Radiocarbon Laboratory has established parallel ramped pyrolysis oxidation (RPO) and ramped pyrolysis-gas chromatography-mass spectrometry (Py-GC-MS) systems to thermochemically separate distinct carbon fractions, diagnose the chemical composition of each fraction, and target suitable RPO fractions for radiocarbon dating. Three case studies of sediment taken from locations around Antarctica are presented to demonstrate the implementation of combined RPO-AMS and Py-GC-MS to provide more robust age determination in detrital sediment stratigraphy. These three depositional environments are good examples of analytical and interpretive challenges related to oceanographic conditions, carbon sources, and other factors. Using parallel RPO-AMS and Py-GC-MS analyses, we reduce the number of radiocarbon measurements required, minimize run times, provide context for unexpected 14C ages, and better support interpretations of radiocarbon measurements in the context of environmental reconstruction.