Monism and pluralism are not only used to describe the ways in which international law becomes part of a domestic legal system but can also be applied to scholarship that seeks to explain the messiness of discrimination. According to Sophia Moreau's pluralist theory, the wrongfulness of discrimination can be summarized as three types of treatment: subordination, restriction, and exclusion. In this contribution, I will explore the role that power plays in her theory; while power is explicitly discussed in relation to subordination, it is less apparent from restriction and exclusion. However, as I will argue, power is a crucial element underpinning all forms of discrimination and all protected grounds.

A well-known method of studying iconic words is through the collection of subjective ratings. We collected such ratings regarding familiarity, iconicity, imagery/imageability, concreteness, sensory experience rating (SER), valence and arousal for Mandarin ABB words. This is a type of phrasal compound consisting of a prosaic syllable A and a reduplicated BB part, resulting in a vivid phrasal compound, for example, wù-mángmáng 雾茫茫 ‘completely foggy’. The correlations between the newly collected ABB ratings are contrasted with two other sets of prosaic word ratings, demonstrating that variables that characterize ABB words in an absolute sense may not play a distinctive role when contrasted with other types of words. Next, we provide another angle for looking at ABB words, by investigating to what degree rating data converges with corpus data. By far, the variable that characterizes ABB items consistently throughout these case studies is their high score for imageability, showing that they are indeed rightfully characterized as vivid. Methodologically, we show that it pays off to not take rating data at face value but to contrast it with other comparable datasets of a different phenomenon or data about the same phenomenon compiled in an ontologically different manner.

From 1965 to 2020, the National Science Foundation constituted the single largest funding source for political science research. As such, the NSF played a central role in defining the cutting-edge of our discipline. This study draws on historical records of the American Political Science Association to examine the political and administrative contexts that shaped the funding priorities of the NSF Political Science Program. Additionally, the study presents a new dataset and analysis of the nearly three thousand projects funded over the 55-year life of the program. The dataset shows that NSF funding was principally channeled toward quantitative research, whereas qualitative methods received little support, and work advancing normative, critical, or interpretive approaches received virtually no support. The archival record and awards-level data make visible the material forces that shaped knowledge production, and they underline the NSF’s instrumental role in consolidating behavioralism and marginalizing non-positivist approaches. The study sheds new light on the history of the discipline and helps to contextualize some of the distinctive features of American political science.

This study investigated whether speakers use multimodal information (speech and gesture) to differentiate the physical and emotional meanings of the polysemous verb touch. We analyzed 302 hand gestures that co-occurred with this perception verb. For each case, we annotated (1) the meaning of touch (physical vs. emotional), (2) the gesture referent speakers physically touched (other-touch vs. self-touch), (3) the personal pronoun following the verb and (4) if they used intensifiers and negation. There were three main findings. First, we have seen that when speakers express the physical meaning, they are likely to reach an external referent (other-touch), but when they imply the emotional meaning, they tend to touch their own body (self-touch). Second, the most frequent co-speech gesture (chest-touching gesture) was associated with the emotional meaning, uncovering the metaphor the heart is container for emotions. Third, this study showed that the physical meaning of touch usually coexists with a wide variety of personal pronouns and negation words; in contrast, the emotional meaning of touch occurs primarily with the pronoun me and it is usually modified by intensifiers. Thus, speakers use both speech and gesture to differentiate the meanings of the polysemous verb touch.

Historians credit the interwar period with the demise of the great agricultural estates but many survived, reduced in area and refocussed on new priorities. Three estates lying in close proximity in north Hampshire and south Berkshire had very divergent interests, but there were similarities, and significant differences, in the manner in which they survived the interwar period. One invested in a programme of renewal of houses and farm buildings, and another adopted a more commercial approach to managing its diverse interests and the third retrenched, cutting investment but maintaining the status quo as an agricultural and shooting estate. All three survived, relatively intact and financially stable, and remain in operation today. An examination of estate financial performance before and after the Great War provides the context to the strategies pursued by the owners and their Land Agents, and their place in the broader rural landscape of the 1920s and 1930s.

This paper extends the work in Tee et al. (Intl J. Multiphase Flow, vol. 133, 2020, 103462) to investigate the effect of turbulent fluid motions on the translation and rotation of lifting and wall-interacting spheres in boundary layers. Each sphere was released from rest in smooth-wall boundary layers with $Re_\tau =670$ and 1300 ($d^+=56$ and 116, respectively) and allowed to propagate with the incoming fluid. Sphere and surrounding fluid motions were tracked simultaneously via three-dimensional particle tracking velocimetry and stereoscopic particle image velocimetry in streamwise–spanwise planes. Two-point correlations of sphere and fluid streamwise velocities yielded long positive regions associated with long fast- and slow-moving zones that approach and move over the spheres. The related spanwise correlations were shorter due to the shorter coherence length of spanwise fluid structures. In general, spheres lag the surrounding fluid. The less-dense lifting sphere had smaller particle Reynolds numbers varying from near zero up to 300. Its lift-offs coincided with oncoming fast-moving zones and fluid upwash. Wall friction initially retarded the acceleration of the denser sphere. Later, fluid torque associated with approaching high-velocity regions initiated forward rotation. The rotation, which was long-lived, induced sufficient Magnus lift to initiate repeated small lift-offs, reduce wall friction, and accelerate the sphere to higher sustained velocity. Particle Reynolds numbers remained above 200, and vortex shedding was omnipresent such that the spheres clearly altered the fluid motion. Spanwise fluid shear occasionally initiated wall-normal sphere rotation and relatively long-lasting Magnus side lift. Hence the finite sphere size contributed to multiple dynamical effects not present in point-particle models.

We study the motion and deformation of a single bubble rising inside a cylindrical container filled with a viscoelastic material. We solve numerically the mass and momentum balances along with the constitutive equation for the viscoelastic stresses, without assuming axial symmetry to allow the growth of three-dimensional disturbances. Hence, we may predict the emergence of the notorious knife-edge shape of the bubble, which is a result of a purely elastic instability triggered in the locality of the trailing edge. Our results compare well with existing experiments. We visualize, for the first time to the best of our knowledge, the flow kinematics and dynamics that arise downstream of the bubble. We propose two quantities, one kinematical and one geometrical, for the determination of the onset of the instability. We demonstrate that extension-rate thinning in the constitutive law is necessary for the emergence of the instability. Moreover, our results indicate that increasing (a) the deformability of the bubble and (b) the initial extension rate hardening of the viscoelastic material, prior to thinning, triggers the instability earlier. These novel findings help us formulate and propose a mechanism that controls the onset of the instability and explain why the knife-edge shape is not encountered as frequently.