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" ... 5.) Will any of our direct detection experiments ever find it, or is this a fruitless endeavor? Perhaps we're on the cusp of finding an experimental clue as to what dark matter really is. But perhaps not; perhaps all we're going to do is place constraints on the things we know how to measure, like event rates, scattering cross-sections, and potential particle properties and couplings. We have no way of knowing if the experiments we're performing right now are even capable of revealing dark matter's nature, irrespective of what it is. ... "
" ... In fact, most middleware solutions produce standard APIs. Demos focus on simple transaction requests, such as "get price." While these basic calls are sufficient in some scenarios, most real-world system couplings require a much higher degree of complexity. To produce the type of sophisticated responses for a developer external application, many simple APIs must be combined with business logic. Each will make several trips back to the mainframe. At scale, this eats into efficiency. Companies end up with latency issues, a growing API backlog and rising MIPS costs. ... "
" ... The Higgs boson, now with mass, couples to the quarks, leptons, and W-and-Z bosons of the Standard ... [+] Model, which gives them mass. That it doesn't couple to the photon and gluons means those particles remain massless. Quarks couple to all of the force carriers. Photons, gluons, and W-and-Z bosons couple to all particles that experience the electromagnetic, strong, and weak nuclear forces, respectively. If there are additional particles out there, they may have these couplings, too. ... "
" ... The train is app controlled, for forwards and backwards motion, plus sound effects. The cars connect with magnetic couplings, and the station features a surprise miniature model of the train in the tower, as well as many broken clock parts for Mickey to sort out. ... "
" ... We know that the particles have mass; we know how they get mass; we've discovered the particles responsible for mass. But we still have no idea why the particles have the values of the masses they do. We have no idea why the coupling constants have the couplings that they do. The Higgs boson is real; the gauge bosons are real; the quarks and leptons are real. We can create, detect, and measure their properties exquisitely. Yet, when it comes to understanding why they have the values that they do, that's a puzzle we cannot yet solve. We do not have the answer. ... "