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Barbara Gill MacArther: Well, I wish I had a crystal ball and sometimes I pretend I do. I think the evolution over the next 18 months will include a better understanding of the impact of COVID-19 on the health of communities, as well as the impact on the healthcare organization.
Your crystal ball may be cloudy, Willie. But this set of questions is far above the norm. If others would raise questions as germane and as sensible, this website would get a big boost in terms of relevance and readership. My opinion, of course.
Monocrystalline silicon is brittle, but it has strong dislocation activity in exceptional circumstance [12,13]. Cai et al.  studied the dislocation velocity of monocrystalline silicon by relating mechanistic treatment to activation energy in the experimental temperature and stress. Rabier et al.  indicated that the plastic deformation of silicon crystal arose from a large number of dislocations with 1/2a Burgers on 111 slip system. Although some studies have suggested that the plasticity of monocrystalline silicon is closely associated with the phase transformation behavior, recent evidence indicated that silicon surface can lead to preferential dislocation nucleation and suppress phase transition . Revealing the mechanism of dislocation motion in silicon crystal is restricted by two issues at present: (1) the severe condition for dislocation activity; and (2) the special pressure for creating and transporting the discrete dislocation . Various attempts have been adopted to quantitatively reveal the evolution rule of microstructure for hard and brittle materials [18,19]. Specifically, Cheng et al.  carried out computational simulation to demonstrate the dislocation movement in silicon crystal. Although lots of numerical simulation methods have been conducted to assert the plastic deformation of silicon substrate, it is difficult to uncover the essences of dislocation evolution and crack initiation due to the restriction of simulation scale [21,22]. Moreover, most of the existing studies focused on local defect nucleation behavior under monotonous loading. The damages in microstructure evolution under complex cutting forces has not received enough attention.
From Table 1, it worth noting that the shape-structure and amplitude of thrust force kept close relations with the processing mode. Stable thrust force contributed to improving surface performance and inhibiting micro-defect initiation. However, once the boundary of stable cutting conditions was broken down, thrust force would become intermittent and disorganized. To further reveal the influence of thrust force state on micro-slot surface topography and processing precision, selected finished topography features and corresponding thrust force signals were shown in Figure 3 and Figure 4, respectively. In the present study, the morphology and distribution of surface defects were applied to determine the milling mode. From Figure 3a, we can see that the machined surface is smooth without any damages or fractures, which marks that the plastic removal mode has been achieved. Meanwhile, the three-dimensional morphology feature indicates that the machining paths are regular and clear. It is worth emphasizing that the cutting force profile is smooth and continuous without the vibration and halt as well, as shown in Figure 4a. Instead, plenty of micro-defects and micro-cracks are found in Figure 3b. Accordingly, the topography feature suggests that the surface characterized with brittleness processing is full of rugged mill-paths and chaotic burrs, which significantly affect the forming accuracy of the component. Accordingly, the signal of thrust force is fibrillated and intermittent in Figure 4b.
So, now MLB will crack down on the goop. Nobody at this moment knows for sure what that crackdown will look like or what kind of impact it will have on the game. But one former player did tell me that if the move really gets pitchers to stop using Spider Tack and pine tar and the other stuff, it will be an atomic detonation for baseball.
Of course, the ideal will not happen in full. It never does. There will undoubtedly be negatives that come out of this, and the critics will pounce, and there will be demands to make things more like they were before and all that. Baseball crises are as common as they are predictable. And this stuff will detract from the really cool stuff happening, such as the fact that next-gen superstars Vladimir Guerrero Jr. and Fernando Tatis Jr. are leading their respective leagues in home runs or the fact that Jacob deGrom, if he can just stay healthy, seems to have reached the pitching mountaintop, or the fact that the stunning San Francisco Giants have the best record in baseball and do not seem interested at all in fading.
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